5:
@njit
| |||||||||||||||||||||||||||
6:
def make_rounds(rounds, boundary_indices, points_left_old, points_left_new):
| |||||||||||||||||||||||||||
7:
'''
| |||||||||||||||||||||||||||
8:
Divides the points into different groups, of increasing sizes,
| |||||||||||||||||||||||||||
9:
according to the Biased Randomized Insertion Order.
| |||||||||||||||||||||||||||
10:
| |||||||||||||||||||||||||||
11:
rounds : Nx1 array; stores the indices of points corresponding to
| |||||||||||||||||||||||||||
12:
a round.
| |||||||||||||||||||||||||||
13:
boundary_indices : Stores the indices (corresponding to the rounds array),
| |||||||||||||||||||||||||||
14:
where the rounds end.
| |||||||||||||||||||||||||||
15:
points_left_old : Nx1 array
| |||||||||||||||||||||||||||
16:
points_left_new : Nx1 array
| |||||||||||||||||||||||||||
17:
'''
| |||||||||||||||||||||||||||
18:
| |||||||||||||||||||||||||||
|
label 0
|
rounds = arg(0, name=rounds) :: array(int64, 1d, C)
|
boundary_indices = arg(1, name=boundary_indices) :: array(int64, 1d, C)
|
points_left_old = arg(2, name=points_left_old) :: array(int64, 1d, C)
|
points_left_new = arg(3, name=points_left_new) :: array(int64, 1d, C)
|
$2load_global.0 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$6call_function.2 = call $2load_global.0(rounds, func=$2load_global.0, args=[Var(rounds, BRIO_2D_multidimarr.py:19)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> int64
|
del $2load_global.0
|
len_points = $6call_function.2 :: int64
|
del $6call_function.2
|
20:
num_rounds = int(np.round(np.log2(len_points), 0))
$10load_global.3 = global(int: <class 'int'>) :: Function(<class 'int'>)
|
$12load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$14load_method.5 = getattr(value=$12load_global.4, attr=round) :: Function(<function round_ at 0x7f51e4bc4050>)
|
del $12load_global.4
|
$16load_global.6 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$18load_method.7 = getattr(value=$16load_global.6, attr=log2) :: Function(<ufunc 'log2'>)
|
del $16load_global.6
|
$22call_method.9 = call $18load_method.7(len_points, func=$18load_method.7, args=[Var(len_points, BRIO_2D_multidimarr.py:19)], kws=(), vararg=None) :: (int64,) -> float64
|
del $18load_method.7
|
$const24.10 = const(int, 0) :: Literal[int](0)
|
$26call_method.11 = call $14load_method.5($22call_method.9, $const24.10, func=$14load_method.5, args=[Var($22call_method.9, BRIO_2D_multidimarr.py:20), Var($const24.10, BRIO_2D_multidimarr.py:20)], kws=(), vararg=None) :: (float64, Literal[int](0)) -> float64
|
del $const24.10
|
del $22call_method.9
|
del $14load_method.5
|
$28call_function.12 = call $10load_global.3($26call_method.11, func=$10load_global.3, args=[Var($26call_method.11, BRIO_2D_multidimarr.py:20)], kws=(), vararg=None) :: (float64,) -> int64
|
del $26call_method.11
|
del $10load_global.3
|
num_rounds = $28call_function.12 :: int64
|
del $28call_function.12
|
21:
22:
points_left_old_end = len_points
points_left_old_end = len_points :: int64
|
23:
points_left_new_end = 0
$const36.14 = const(int, 0) :: Literal[int](0)
|
points_left_new_end = $const36.14 :: int64
|
del points_left_new_end
|
del $const36.14
|
24:
25:
boundary_indices_insertion_idx = num_rounds
boundary_indices_insertion_idx = num_rounds :: int64
|
26:
rounds_insertion_idx = len_points-1
$const46.17 = const(int, 1) :: Literal[int](1)
|
$48binary_subtract.18 = len_points - $const46.17 :: int64
|
del len_points
|
del $const46.17
|
rounds_insertion_idx = $48binary_subtract.18 :: int64
|
del $48binary_subtract.18
|
27:
round_idx = 1
$const52.19 = const(int, 1) :: Literal[int](1)
|
round_idx = $const52.19 :: int64
|
del $const52.19
|
28:
29:
boundary_indices[boundary_indices_insertion_idx] = rounds_insertion_idx+1
$const58.21 = const(int, 1) :: Literal[int](1)
|
$60binary_add.22 = rounds_insertion_idx + $const58.21 :: int64
|
del $const58.21
|
boundary_indices[boundary_indices_insertion_idx] = $60binary_add.22 :: (array(int64, 1d, C), int64, int64) -> none
|
del $60binary_add.22
|
30:
boundary_indices_insertion_idx -= 1
$const70.26 = const(int, 1) :: Literal[int](1)
|
$72inplace_subtract.27 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=boundary_indices_insertion_idx, rhs=$const70.26, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del boundary_indices_insertion_idx
|
del $const70.26
|
boundary_indices_insertion_idx.1 = $72inplace_subtract.27 :: int64
|
del $72inplace_subtract.27
|
31:
32:
while round_idx < num_rounds:
jump 76
|
label 76
|
jump 78
|
label 78
|
$82compare_op.2 = round_idx < num_rounds :: bool
|
branch $82compare_op.2, 86, 234
|
33:
34:
points_left_new_end = 0
label 86
|
del $82compare_op.2
|
$const86.0 = const(int, 0) :: Literal[int](0)
|
points_left_new_end = $const86.0 :: int64
|
del $const86.0
|
35:
36:
for i in range(points_left_old_end):
jump 90
|
label 90
|
$92load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$96call_function.2 = call $92load_global.0(points_left_old_end, func=$92load_global.0, args=[Var(points_left_old_end, BRIO_2D_multidimarr.py:22)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del points_left_old_end
|
del $92load_global.0
|
$98get_iter.3 = getiter(value=$96call_function.2) :: range_iter_int64
|
del $96call_function.2
|
$phi100.0 = $98get_iter.3 :: range_iter_int64
|
del $98get_iter.3
|
jump 100
|
label 100
|
$100for_iter.1 = iternext(value=$phi100.0) :: pair<int64, bool>
|
$100for_iter.2 = pair_first(value=$100for_iter.1) :: int64
|
$100for_iter.3 = pair_second(value=$100for_iter.1) :: bool
|
del $100for_iter.1
|
$phi102.1 = $100for_iter.2 :: int64
|
del $100for_iter.2
|
branch $100for_iter.3, 102, 168
|
label 102
|
del $100for_iter.3
|
i = $phi102.1 :: int64
|
del $phi102.1
|
label 275
|
jump 100
|
37:
if np.random.randint(low=0, high=2) == 1:
$104load_global.2 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$106load_attr.3 = getattr(value=$104load_global.2, attr=random) :: Module(<module 'numpy.random' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/random/__init__.py'>)
|
del $104load_global.2
|
$108load_attr.4 = getattr(value=$106load_attr.3, attr=randint) :: Function(np.random.randint)
|
del $106load_attr.3
|
$const110.5 = const(int, 0) :: Literal[int](0)
|
$const112.6 = const(int, 2) :: Literal[int](2)
|
$116call_function_kw.8 = call $108load_attr.4(func=$108load_attr.4, args=[], kws=[('low', Var($const110.5, BRIO_2D_multidimarr.py:37)), ('high', Var($const112.6, BRIO_2D_multidimarr.py:37))], vararg=None) :: (int64, int64) -> int64
|
del $const112.6
|
del $const110.5
|
del $108load_attr.4
|
$const118.9 = const(int, 1) :: Literal[int](1)
|
$120compare_op.10 = $116call_function_kw.8 == $const118.9 :: bool
|
del $const118.9
|
del $116call_function_kw.8
|
branch $120compare_op.10, 124, 146
|
38:
rounds[rounds_insertion_idx] = points_left_old[i]
label 124
|
del $120compare_op.10
|
$128binary_subscr.3 = getitem(value=points_left_old, index=i) :: int64
|
del i
|
rounds[rounds_insertion_idx] = $128binary_subscr.3 :: (array(int64, 1d, C), int64, int64) -> none
|
del $128binary_subscr.3
|
39:
rounds_insertion_idx -= 1
$const138.7 = const(int, 1) :: Literal[int](1)
|
$140inplace_subtract.8 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=rounds_insertion_idx, rhs=$const138.7, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const138.7
|
rounds_insertion_idx = $140inplace_subtract.8 :: int64
|
del $140inplace_subtract.8
|
jump 275
|
40:
else:
41:
points_left_new[points_left_new_end] = points_left_old[i]
label 146
|
del $120compare_op.10
|
$150binary_subscr.3 = getitem(value=points_left_old, index=i) :: int64
|
del i
|
points_left_new[points_left_new_end] = $150binary_subscr.3 :: (array(int64, 1d, C), int64, int64) -> none
|
del $150binary_subscr.3
|
42:
points_left_new_end += 1
$const160.7 = const(int, 1) :: Literal[int](1)
|
$162inplace_add.8 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=points_left_new_end, rhs=$const160.7, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const160.7
|
points_left_new_end = $162inplace_add.8 :: int64
|
del $162inplace_add.8
|
jump 275
|
label 168
|
43:
44:
for i in range(points_left_new_end):
del $phi102.1
|
del $phi100.0
|
del $100for_iter.3
|
jump 170
|
label 170
|
$172load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$176call_function.2 = call $172load_global.0(points_left_new_end, func=$172load_global.0, args=[Var(points_left_new_end, BRIO_2D_multidimarr.py:23)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $172load_global.0
|
$178get_iter.3 = getiter(value=$176call_function.2) :: range_iter_int64
|
del $176call_function.2
|
$phi180.0 = $178get_iter.3 :: range_iter_int64
|
del $178get_iter.3
|
jump 180
|
label 180
|
$180for_iter.1 = iternext(value=$phi180.0) :: pair<int64, bool>
|
$180for_iter.2 = pair_first(value=$180for_iter.1) :: int64
|
$180for_iter.3 = pair_second(value=$180for_iter.1) :: bool
|
del $180for_iter.1
|
$phi182.1 = $180for_iter.2 :: int64
|
del $180for_iter.2
|
branch $180for_iter.3, 182, 198
|
label 182
|
del $180for_iter.3
|
i = $phi182.1 :: int64
|
del $phi182.1
|
45:
points_left_old[i] = points_left_new[i]
$188binary_subscr.4 = getitem(value=points_left_new, index=i) :: int64
|
points_left_old[i] = $188binary_subscr.4 :: (array(int64, 1d, C), int64, int64) -> none
|
del i
|
del $188binary_subscr.4
|
jump 180
|
label 198
|
46:
47:
points_left_old_end = points_left_new_end
del $phi182.1
|
del $phi180.0
|
del $180for_iter.3
|
jump 200
|
label 200
|
points_left_old_end = points_left_new_end :: int64
|
del points_left_new_end
|
48:
49:
boundary_indices[
50:
boundary_indices_insertion_idx
51:
] = rounds_insertion_idx+1
$const206.2 = const(int, 1) :: Literal[int](1)
|
$208binary_add.3 = rounds_insertion_idx + $const206.2 :: int64
|
del $const206.2
|
boundary_indices[boundary_indices_insertion_idx.1] = $208binary_add.3 :: (array(int64, 1d, C), int64, int64) -> none
|
del $208binary_add.3
|
52:
boundary_indices_insertion_idx -= 1
$const218.7 = const(int, 1) :: Literal[int](1)
|
$220inplace_subtract.8 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=boundary_indices_insertion_idx.1, rhs=$const218.7, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const218.7
|
boundary_indices_insertion_idx.1 = $220inplace_subtract.8 :: int64
|
del $220inplace_subtract.8
|
53:
54:
round_idx += 1
$const226.10 = const(int, 1) :: Literal[int](1)
|
$228inplace_add.11 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=round_idx, rhs=$const226.10, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const226.10
|
round_idx = $228inplace_add.11 :: int64
|
del $228inplace_add.11
|
jump 78
|
label 234
|
55:
56:
for i in range(points_left_old_end):
del round_idx
|
del points_left_new
|
del num_rounds
|
del $82compare_op.2
|
jump 236
|
label 236
|
$238load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$242call_function.2 = call $238load_global.0(points_left_old_end, func=$238load_global.0, args=[Var(points_left_old_end, BRIO_2D_multidimarr.py:22)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del points_left_old_end
|
del $238load_global.0
|
$244get_iter.3 = getiter(value=$242call_function.2) :: range_iter_int64
|
del $242call_function.2
|
$phi246.0 = $244get_iter.3 :: range_iter_int64
|
del $244get_iter.3
|
jump 246
|
label 246
|
$246for_iter.1 = iternext(value=$phi246.0) :: pair<int64, bool>
|
$246for_iter.2 = pair_first(value=$246for_iter.1) :: int64
|
$246for_iter.3 = pair_second(value=$246for_iter.1) :: bool
|
del $246for_iter.1
|
$phi248.1 = $246for_iter.2 :: int64
|
del $246for_iter.2
|
branch $246for_iter.3, 248, 272
|
label 248
|
del $246for_iter.3
|
i = $phi248.1 :: int64
|
del $phi248.1
|
57:
rounds[rounds_insertion_idx] = points_left_old[i]
$254binary_subscr.4 = getitem(value=points_left_old, index=i) :: int64
|
del i
|
rounds[rounds_insertion_idx] = $254binary_subscr.4 :: (array(int64, 1d, C), int64, int64) -> none
|
del $254binary_subscr.4
|
58:
rounds_insertion_idx -= 1
$const264.8 = const(int, 1) :: Literal[int](1)
|
$266inplace_subtract.9 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=rounds_insertion_idx, rhs=$const264.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const264.8
|
rounds_insertion_idx = $266inplace_subtract.9 :: int64
|
del $266inplace_subtract.9
|
jump 246
|
label 272
|
59:
60:
boundary_indices[boundary_indices_insertion_idx] = rounds_insertion_idx+1
del rounds
|
del points_left_old
|
del $phi248.1
|
del $phi246.0
|
del $246for_iter.3
|
jump 274
|
label 274
|
$const276.1 = const(int, 1) :: Literal[int](1)
|
$278binary_add.2 = rounds_insertion_idx + $const276.1 :: int64
|
del rounds_insertion_idx
|
del $const276.1
|
boundary_indices[boundary_indices_insertion_idx.1] = $278binary_add.2 :: (array(int64, 1d, C), int64, int64) -> none
|
del boundary_indices
|
del $278binary_add.2
|
61:
boundary_indices_insertion_idx -= 1
$const288.6 = const(int, 1) :: Literal[int](1)
|
$290inplace_subtract.7 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=boundary_indices_insertion_idx.1, rhs=$const288.6, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del boundary_indices_insertion_idx.1
|
del $const288.6
|
boundary_indices_insertion_idx.2 = $290inplace_subtract.7 :: int64
|
del boundary_indices_insertion_idx.2
|
del $290inplace_subtract.7
|
62:
63:
return
$const294.8 = const(NoneType, None) :: none
|
$296return_value.9 = cast(value=$const294.8) :: none
|
del $const294.8
|
return $296return_value.9
|
2861:
def round_ndigits(x, ndigits):
| ||||||||||||||||||
|
label 0
|
x = arg(0, name=x) :: float64
|
ndigits = arg(1, name=ndigits) :: Literal[int](0)
|
$2load_global.0 = global(math: <module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>) :: Module(<module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>)
|
$4load_method.1 = getattr(value=$2load_global.0, attr=isinf) :: Function(<built-in function isinf>)
|
del $2load_global.0
|
$8call_method.3 = call $4load_method.1(x, func=$4load_method.1, args=[Var(x, arraymath.py:2862)], kws=(), vararg=None) :: (float64,) -> bool
|
del $4load_method.1
|
branch $8call_method.3, 22, 12
|
label 12
|
del $8call_method.3
|
$12load_global.0 = global(math: <module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>) :: Module(<module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>)
|
$14load_method.1 = getattr(value=$12load_global.0, attr=isnan) :: Function(<built-in function isnan>)
|
del $12load_global.0
|
$18call_method.3 = call $14load_method.1(x, func=$14load_method.1, args=[Var(x, arraymath.py:2862)], kws=(), vararg=None) :: (float64,) -> bool
|
del $14load_method.1
|
branch $18call_method.3, 22, 26
|
2863:
return x
label 22
|
del ndigits
|
del $8call_method.3
|
del $18call_method.3
|
$24return_value.1 = cast(value=x) :: float64
|
del x
|
return $24return_value.1
|
2864:
2865:
# NOTE: this is CPython's algorithm, but perhaps this is overkill
2866:
# when emulating Numpy's behaviour.
2867:
if ndigits >= 0:
label 26
|
del $18call_method.3
|
$const28.1 = const(int, 0) :: Literal[int](0)
|
$30compare_op.2 = ndigits >= $const28.1 :: bool
|
del $const28.1
|
branch $30compare_op.2, 34, 116
|
2868:
if ndigits > 22:
label 34
|
del $30compare_op.2
|
$const36.1 = const(int, 22) :: Literal[int](22)
|
$38compare_op.2 = ndigits > $const36.1 :: bool
|
del $const36.1
|
branch $38compare_op.2, 42, 60
|
2869:
# pow1 and pow2 are each safe from overflow, but
2870:
# pow1*pow2 ~= pow(10.0, ndigits) might overflow.
2871:
pow1 = 10.0 ** (ndigits - 22)
label 42
|
del $38compare_op.2
|
$const42.0 = const(float, 10.0) :: float64
|
$const46.2 = const(int, 22) :: Literal[int](22)
|
$48binary_subtract.3 = ndigits - $const46.2 :: int64
|
del ndigits
|
del $const46.2
|
$50binary_power.4 = $const42.0 ** $48binary_subtract.3 :: float64
|
del $const42.0
|
del $48binary_subtract.3
|
pow1 = $50binary_power.4 :: float64
|
del $50binary_power.4
|
2872:
pow2 = 1e22
$const54.5 = const(float, 1e+22) :: float64
|
pow2 = $const54.5 :: float64
|
del $const54.5
|
jump 72
|
2873:
else:
2874:
pow1 = 10.0 ** ndigits
label 60
|
del $38compare_op.2
|
$const60.0 = const(float, 10.0) :: float64
|
$64binary_power.2 = $const60.0 ** ndigits :: float64
|
del ndigits
|
del $const60.0
|
pow1 = $64binary_power.2 :: float64
|
del $64binary_power.2
|
2875:
pow2 = 1.0
$const68.3 = const(float, 1.0) :: float64
|
pow2 = $const68.3 :: float64
|
del $const68.3
|
2876:
y = (x * pow1) * pow2
jump 72
|
label 72
|
$76binary_multiply.2 = x * pow1 :: float64
|
$80binary_multiply.4 = $76binary_multiply.2 * pow2 :: float64
|
del $76binary_multiply.2
|
y = $80binary_multiply.4 :: float64
|
del $80binary_multiply.4
|
2877:
if math.isinf(y):
$84load_global.5 = global(math: <module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>) :: Module(<module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>)
|
$86load_method.6 = getattr(value=$84load_global.5, attr=isinf) :: Function(<built-in function isinf>)
|
del $84load_global.5
|
$90call_method.8 = call $86load_method.6(y, func=$86load_method.6, args=[Var(y, arraymath.py:2876)], kws=(), vararg=None) :: (float64,) -> bool
|
del $86load_method.6
|
branch $90call_method.8, 94, 98
|
2878:
return x
label 94
|
del y
|
del pow2
|
del pow1
|
del $90call_method.8
|
$96return_value.1 = cast(value=x) :: float64
|
del x
|
return $96return_value.1
|
2879:
return (np.round(y) / pow2) / pow1
label 98
|
del x
|
del $90call_method.8
|
$98load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$100load_method.1 = getattr(value=$98load_global.0, attr=round) :: Function(<function round_ at 0x7f51e4bc4050>)
|
del $98load_global.0
|
$104call_method.3 = call $100load_method.1(y, func=$100load_method.1, args=[Var(y, arraymath.py:2876)], kws=(), vararg=None) :: (float64,) -> float64
|
del y
|
del $100load_method.1
|
$108binary_true_divide.5 = $104call_method.3 / pow2 :: float64
|
del pow2
|
del $104call_method.3
|
$112binary_true_divide.7 = $108binary_true_divide.5 / pow1 :: float64
|
del pow1
|
del $108binary_true_divide.5
|
$114return_value.8 = cast(value=$112binary_true_divide.7) :: float64
|
del $112binary_true_divide.7
|
return $114return_value.8
|
2880:
2881:
else:
2882:
pow1 = 10.0 ** (-ndigits)
label 116
|
del $30compare_op.2
|
$const116.0 = const(float, 10.0) :: float64
|
$120unary_negative.2 = unary(fn=<built-in function neg>, value=ndigits) :: int64
|
del ndigits
|
$122binary_power.3 = $const116.0 ** $120unary_negative.2 :: float64
|
del $const116.0
|
del $120unary_negative.2
|
pow1 = $122binary_power.3 :: float64
|
del $122binary_power.3
|
2883:
y = x / pow1
$130binary_true_divide.6 = x / pow1 :: float64
|
del x
|
y = $130binary_true_divide.6 :: float64
|
del $130binary_true_divide.6
|
2884:
return np.round(y) * pow1
$134load_global.7 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$136load_method.8 = getattr(value=$134load_global.7, attr=round) :: Function(<function round_ at 0x7f51e4bc4050>)
|
del $134load_global.7
|
$140call_method.10 = call $136load_method.8(y, func=$136load_method.8, args=[Var(y, arraymath.py:2876)], kws=(), vararg=None) :: (float64,) -> float64
|
del y
|
del $136load_method.8
|
$144binary_multiply.12 = $140call_method.10 * pow1 :: float64
|
del pow1
|
del $140call_method.10
|
$146return_value.13 = cast(value=$144binary_multiply.12) :: float64
|
del $144binary_multiply.12
|
return $146return_value.13
|
223:
def int_power(a, b):
| ||||||||||||||||||||
224:
# Ensure computations are done with a large enough width
| ||||||||||||||||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: int64
|
$2load_deref.0 = freevar(tp: float64) :: class(float64)
|
$const4.1 = const(int, 1) :: Literal[int](1)
|
$6call_function.2 = call $2load_deref.0($const4.1, func=$2load_deref.0, args=[Var($const4.1, numbers.py:225)], kws=(), vararg=None) :: (Literal[int](1),) -> float64
|
del $const4.1
|
del $2load_deref.0
|
r = $6call_function.2 :: float64
|
del $6call_function.2
|
226:
a = tp(a)
$10load_deref.3 = freevar(tp: float64) :: class(float64)
|
$14call_function.5 = call $10load_deref.3(a, func=$10load_deref.3, args=[Var(a, numbers.py:225)], kws=(), vararg=None) :: (float64,) -> float64
|
del a
|
del $10load_deref.3
|
a.1 = $14call_function.5 :: float64
|
del $14call_function.5
|
227:
if b < 0:
$const20.7 = const(int, 0) :: Literal[int](0)
|
$22compare_op.8 = b < $const20.7 :: bool
|
del $const20.7
|
branch $22compare_op.8, 26, 98
|
228:
invert = True
label 26
|
del $22compare_op.8
|
$const26.0 = const(bool, True) :: bool
|
invert = $const26.0 :: bool
|
del $const26.0
|
229:
exp = -b
$32unary_negative.2 = unary(fn=<built-in function neg>, value=b) :: int64
|
exp = $32unary_negative.2 :: int64
|
del $32unary_negative.2
|
230:
if exp < 0:
$const38.4 = const(int, 0) :: Literal[int](0)
|
$40compare_op.5 = exp < $const38.4 :: bool
|
del $const38.4
|
branch $40compare_op.5, 44, 48
|
231:
raise OverflowError
label 44
|
del r
|
del invert
|
del exp
|
del b
|
del a.1
|
del $40compare_op.5
|
$44load_global.0 = global(OverflowError: <class 'OverflowError'>) :: OverflowError
|
del $44load_global.0
|
raise <class 'OverflowError'>
|
232:
if is_integer:
label 48
|
del $40compare_op.5
|
$48load_deref.0 = freevar(is_integer: False) :: bool
|
branch $48load_deref.0, 52, 106
|
233:
if a == 0:
label 52
|
del $48load_deref.0
|
$const54.1 = const(int, 0) :: Literal[int](0)
|
$56compare_op.2 = a.1 == $const54.1 :: bool
|
del $const54.1
|
branch $56compare_op.2, 60, 76
|
234:
if zerodiv_return:
label 60
|
del r
|
del invert
|
del exp
|
del b
|
del a.1
|
del $56compare_op.2
|
$60load_deref.0 = freevar(zerodiv_return: False) :: bool
|
branch $60load_deref.0, 64, 68
|
235:
return zerodiv_return
label 64
|
del $60load_deref.0
|
$64load_deref.0 = freevar(zerodiv_return: False) :: bool
|
$66return_value.1 = cast(value=$64load_deref.0) :: float64
|
del $64load_deref.0
|
return $66return_value.1
|
236:
else:
237:
raise ZeroDivisionError("0 cannot be raised to a negative power")
label 68
|
del $60load_deref.0
|
$68load_global.0 = global(ZeroDivisionError: <class 'ZeroDivisionError'>) :: ZeroDivisionError
|
$const70.1 = const(str, 0 cannot be raised to a negative power) :: Literal[str](0 cannot be raised to a negative power)
|
$72call_function.2 = call $68load_global.0($const70.1, func=$68load_global.0, args=[Var($const70.1, numbers.py:237)], kws=(), vararg=None) :: () -> ZeroDivisionError(...)
|
del $const70.1
|
del $72call_function.2
|
del $68load_global.0
|
raise <class 'ZeroDivisionError'>('0 cannot be raised to a negative power')
|
238:
if a != 1 and a != -1:
label 76
|
del $56compare_op.2
|
$const78.1 = const(int, 1) :: Literal[int](1)
|
$80compare_op.2 = a.1 != $const78.1 :: bool
|
del $const78.1
|
branch $80compare_op.2, 84, 106
|
label 84
|
del $80compare_op.2
|
$const86.1 = const(int, -1) :: Literal[int](-1)
|
$88compare_op.2 = a.1 != $const86.1 :: bool
|
del $const86.1
|
branch $88compare_op.2, 92, 106
|
239:
return 0
label 92
|
del r
|
del invert
|
del exp
|
del b
|
del a.1
|
del $88compare_op.2
|
$const92.0 = const(int, 0) :: Literal[int](0)
|
$94return_value.1 = cast(value=$const92.0) :: float64
|
del $const92.0
|
return $94return_value.1
|
240:
else:
241:
invert = False
label 98
|
del $22compare_op.8
|
$const98.0 = const(bool, False) :: bool
|
invert = $const98.0 :: bool
|
del $const98.0
|
242:
exp = b
exp = b :: int64
|
243:
if exp > 0x10000:
jump 106
|
label 106
|
del $88compare_op.2
|
del $80compare_op.2
|
del $48load_deref.0
|
$const108.1 = const(int, 65536) :: Literal[int](65536)
|
$110compare_op.2 = exp > $const108.1 :: bool
|
del $const108.1
|
branch $110compare_op.2, 114, 130
|
244:
# Optimization cutoff: fallback on the generic algorithm
245:
return math.pow(a, float(b))
label 114
|
del r
|
del invert
|
del exp
|
del $110compare_op.2
|
$114load_global.0 = global(math: <module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>) :: Module(<module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>)
|
$116load_method.1 = getattr(value=$114load_global.0, attr=pow) :: Function(<built-in function pow>)
|
del $114load_global.0
|
$120load_global.3 = global(float: <class 'float'>) :: Function(<class 'float'>)
|
$124call_function.5 = call $120load_global.3(b, func=$120load_global.3, args=[Var(b, numbers.py:225)], kws=(), vararg=None) :: (int64,) -> float64
|
del b
|
del $120load_global.3
|
$126call_method.6 = call $116load_method.1(a.1, $124call_function.5, func=$116load_method.1, args=[Var(a.1, numbers.py:226), Var($124call_function.5, numbers.py:245)], kws=(), vararg=None) :: (float64, float64) -> float64
|
del a.1
|
del $124call_function.5
|
del $116load_method.1
|
$128return_value.7 = cast(value=$126call_method.6) :: float64
|
del $126call_method.6
|
return $128return_value.7
|
246:
while exp != 0:
label 130
|
del b
|
del $110compare_op.2
|
jump 132
|
label 132
|
$const134.1 = const(int, 0) :: Literal[int](0)
|
$136compare_op.2 = exp != $const134.1 :: bool
|
del $const134.1
|
branch $136compare_op.2, 140, 174
|
247:
if exp & 1:
label 140
|
del $136compare_op.2
|
$const142.1 = const(int, 1) :: Literal[int](1)
|
$144binary_and.2 = exp & $const142.1 :: int64
|
del $const142.1
|
branch $144binary_and.2, 148, 156
|
248:
r *= a
label 148
|
del $144binary_and.2
|
$152inplace_multiply.2 = inplace_binop(fn=<built-in function imul>, immutable_fn=<built-in function mul>, lhs=r, rhs=a.1, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
r = $152inplace_multiply.2 :: float64
|
del $152inplace_multiply.2
|
249:
exp >>= 1
jump 156
|
label 156
|
del $144binary_and.2
|
$const158.1 = const(int, 1) :: Literal[int](1)
|
$160inplace_rshift.2 = inplace_binop(fn=<built-in function irshift>, immutable_fn=<built-in function rshift>, lhs=exp, rhs=$const158.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const158.1
|
exp = $160inplace_rshift.2 :: int64
|
del $160inplace_rshift.2
|
250:
a *= a
$168inplace_multiply.5 = inplace_binop(fn=<built-in function imul>, immutable_fn=<built-in function mul>, lhs=a.1, rhs=a.1, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
a.1 = $168inplace_multiply.5 :: float64
|
del $168inplace_multiply.5
|
jump 132
|
label 174
|
251:
252:
return 1.0 / r if invert else r
del exp
|
del a.1
|
del $136compare_op.2
|
jump 176
|
label 176
|
branch invert, 180, 188
|
label 180
|
del invert
|
$const180.0 = const(float, 1.0) :: float64
|
$184binary_true_divide.2 = $const180.0 / r :: float64
|
del r
|
del $const180.0
|
$186return_value.3 = cast(value=$184binary_true_divide.2) :: float64
|
del $184binary_true_divide.2
|
return $186return_value.3
|
label 188
|
del invert
|
$190return_value.1 = cast(value=r) :: float64
|
del r
|
return $190return_value.1
|
66:
@njit
| |||||||||||||||||||||||||
67:
def hindex2xy(hindex, p):
| |||||||||||||||||||||||||
68:
'''
| |||||||||||||||||||||||||
69:
hindex : Hilbert index of the point
| |||||||||||||||||||||||||
70:
p : Iteration of the Hilbert curve
| |||||||||||||||||||||||||
71:
'''
| |||||||||||||||||||||||||
72:
| |||||||||||||||||||||||||
|
label 0
|
hindex = arg(0, name=hindex) :: int64
|
p = arg(1, name=p) :: int64
|
$const4.1 = const(int, 3) :: Literal[int](3)
|
$6binary_and.2 = hindex & $const4.1 :: int64
|
del $const4.1
|
place = $6binary_and.2 :: int64
|
del $6binary_and.2
|
74:
75:
if place == 0:
$const12.4 = const(int, 0) :: Literal[int](0)
|
$14compare_op.5 = place == $const12.4 :: bool
|
del $const12.4
|
branch $14compare_op.5, 18, 28
|
76:
x = 0
label 18
|
del place
|
del $14compare_op.5
|
$const18.0 = const(int, 0) :: Literal[int](0)
|
x = $const18.0 :: int64
|
del $const18.0
|
77:
y = 0
$const22.1 = const(int, 0) :: Literal[int](0)
|
y = $const22.1 :: int64
|
del $const22.1
|
jump 80
|
78:
elif place == 1:
label 28
|
del $14compare_op.5
|
$const30.1 = const(int, 1) :: Literal[int](1)
|
$32compare_op.2 = place == $const30.1 :: bool
|
del $const30.1
|
branch $32compare_op.2, 36, 46
|
79:
x = 0
label 36
|
del place
|
del $32compare_op.2
|
$const36.0 = const(int, 0) :: Literal[int](0)
|
x = $const36.0 :: int64
|
del $const36.0
|
80:
y = 1
$const40.1 = const(int, 1) :: Literal[int](1)
|
y = $const40.1 :: int64
|
del $const40.1
|
jump 80
|
81:
elif place == 2:
label 46
|
del $32compare_op.2
|
$const48.1 = const(int, 2) :: Literal[int](2)
|
$50compare_op.2 = place == $const48.1 :: bool
|
del $const48.1
|
branch $50compare_op.2, 54, 64
|
82:
x = 1
label 54
|
del place
|
del $50compare_op.2
|
$const54.0 = const(int, 1) :: Literal[int](1)
|
x = $const54.0 :: int64
|
del $const54.0
|
83:
y = 1
$const58.1 = const(int, 1) :: Literal[int](1)
|
y = $const58.1 :: int64
|
del $const58.1
|
jump 80
|
84:
elif place == 3:
label 64
|
del $50compare_op.2
|
$const66.1 = const(int, 3) :: Literal[int](3)
|
$68compare_op.2 = place == $const66.1 :: bool
|
del place
|
del $const66.1
|
branch $68compare_op.2, 72, 80
|
85:
x = 1
label 72
|
del $68compare_op.2
|
$const72.0 = const(int, 1) :: Literal[int](1)
|
x = $const72.0 :: int64
|
del $const72.0
|
86:
y = 0
$const76.1 = const(int, 0) :: Literal[int](0)
|
y = $const76.1 :: int64
|
del $const76.1
|
87:
88:
hindex = hindex >> 2
jump 80
|
label 80
|
del $68compare_op.2
|
$const82.1 = const(int, 2) :: Literal[int](2)
|
$84binary_rshift.2 = hindex >> $const82.1 :: int64
|
del hindex
|
del $const82.1
|
hindex.1 = $84binary_rshift.2 :: int64
|
del $84binary_rshift.2
|
89:
90:
for i in range(1, p):
jump 88
|
label 88
|
$90load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const92.1 = const(int, 1) :: Literal[int](1)
|
$96call_function.3 = call $90load_global.0($const92.1, p, func=$90load_global.0, args=[Var($const92.1, BRIO_2D_multidimarr.py:90), Var(p, BRIO_2D_multidimarr.py:73)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del p
|
del $const92.1
|
del $90load_global.0
|
$98get_iter.4 = getiter(value=$96call_function.3) :: range_iter_int64
|
del $96call_function.3
|
$phi100.0 = $98get_iter.4 :: range_iter_int64
|
del $98get_iter.4
|
jump 100
|
label 100
|
$100for_iter.1 = iternext(value=$phi100.0) :: pair<int64, bool>
|
$100for_iter.2 = pair_first(value=$100for_iter.1) :: int64
|
$100for_iter.3 = pair_second(value=$100for_iter.1) :: bool
|
del $100for_iter.1
|
$phi102.1 = $100for_iter.2 :: int64
|
del $100for_iter.2
|
branch $100for_iter.3, 102, 232
|
label 102
|
del $100for_iter.3
|
i = $phi102.1 :: int64
|
del $phi102.1
|
91:
n = 2**i
$const104.2 = const(int, 2) :: Literal[int](2)
|
$108binary_power.4 = $const104.2 ** i :: int64
|
del i
|
del $const104.2
|
n = $108binary_power.4 :: int64
|
del $108binary_power.4
|
92:
place = hindex & 3
$const114.6 = const(int, 3) :: Literal[int](3)
|
$116binary_and.7 = hindex.1 & $const114.6 :: int64
|
del $const114.6
|
place = $116binary_and.7 :: int64
|
del $116binary_and.7
|
93:
94:
if place == 0:
$const122.9 = const(int, 0) :: Literal[int](0)
|
$124compare_op.10 = place == $const122.9 :: bool
|
del $const122.9
|
branch $124compare_op.10, 128, 140
|
95:
x, y = y, x
label 128
|
del place
|
del n
|
del $124compare_op.10
|
$x130.2 = x :: int64
|
x = y :: int64
|
y = $x130.2 :: int64
|
del $x130.2
|
jump 222
|
96:
elif place == 1:
label 140
|
del $124compare_op.10
|
$const142.2 = const(int, 1) :: Literal[int](1)
|
$144compare_op.3 = place == $const142.2 :: bool
|
del $const142.2
|
branch $144compare_op.3, 148, 158
|
97:
y = y + n
label 148
|
del place
|
del $144compare_op.3
|
$152binary_add.3 = y + n :: int64
|
del n
|
y = $152binary_add.3 :: int64
|
del $152binary_add.3
|
jump 222
|
98:
elif place == 2:
label 158
|
del $144compare_op.3
|
$const160.2 = const(int, 2) :: Literal[int](2)
|
$162compare_op.3 = place == $const160.2 :: bool
|
del $const160.2
|
branch $162compare_op.3, 166, 184
|
99:
x += n
label 166
|
del place
|
del $162compare_op.3
|
$170inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=x, rhs=n, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
x = $170inplace_add.3 :: int64
|
del $170inplace_add.3
|
100:
y += n
$178inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=y, rhs=n, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del n
|
y = $178inplace_add.6 :: int64
|
del $178inplace_add.6
|
jump 222
|
101:
elif place == 3:
label 184
|
del $162compare_op.3
|
$const186.2 = const(int, 3) :: Literal[int](3)
|
$188compare_op.3 = place == $const186.2 :: bool
|
del place
|
del $const186.2
|
branch $188compare_op.3, 192, 222
|
102:
x, y = (2*n-1) - y, (n-1) - x
label 192
|
del $188compare_op.3
|
$const192.1 = const(int, 2) :: Literal[int](2)
|
$196binary_multiply.3 = $const192.1 * n :: int64
|
del $const192.1
|
$const198.4 = const(int, 1) :: Literal[int](1)
|
$200binary_subtract.5 = $196binary_multiply.3 - $const198.4 :: int64
|
del $const198.4
|
del $196binary_multiply.3
|
$204binary_subtract.7 = $200binary_subtract.5 - y :: int64
|
del $200binary_subtract.5
|
$const208.9 = const(int, 1) :: Literal[int](1)
|
$210binary_subtract.10 = n - $const208.9 :: int64
|
del n
|
del $const208.9
|
$214binary_subtract.12 = $210binary_subtract.10 - x :: int64
|
del $210binary_subtract.10
|
x = $204binary_subtract.7 :: int64
|
del $204binary_subtract.7
|
y = $214binary_subtract.12 :: int64
|
del $214binary_subtract.12
|
103:
104:
hindex = hindex >> 2
jump 222
|
label 222
|
del n
|
del $188compare_op.3
|
$const224.2 = const(int, 2) :: Literal[int](2)
|
$226binary_rshift.3 = hindex.1 >> $const224.2 :: int64
|
del $const224.2
|
hindex.1 = $226binary_rshift.3 :: int64
|
del $226binary_rshift.3
|
jump 100
|
label 232
|
105:
106:
x = int(x)
del hindex.1
|
del $phi102.1
|
del $phi100.0
|
del $100for_iter.3
|
jump 234
|
label 234
|
$234load_global.0 = global(int: <class 'int'>) :: Function(<class 'int'>)
|
$238call_function.2 = call $234load_global.0(x, func=$234load_global.0, args=[Var(x, BRIO_2D_multidimarr.py:76)], kws=(), vararg=None) :: (int64,) -> int64
|
del x
|
del $234load_global.0
|
x.1 = $238call_function.2 :: int64
|
del $238call_function.2
|
107:
y = int(y)
$242load_global.3 = global(int: <class 'int'>) :: Function(<class 'int'>)
|
$246call_function.5 = call $242load_global.3(y, func=$242load_global.3, args=[Var(y, BRIO_2D_multidimarr.py:77)], kws=(), vararg=None) :: (int64,) -> int64
|
del y
|
del $242load_global.3
|
y.1 = $246call_function.5 :: int64
|
del $246call_function.5
|
108:
109:
return x, y
$254build_tuple.8 = build_tuple(items=[Var(x.1, BRIO_2D_multidimarr.py:106), Var(y.1, BRIO_2D_multidimarr.py:107)]) :: UniTuple(int64 x 2)
|
del y.1
|
del x.1
|
$256return_value.9 = cast(value=$254build_tuple.8) :: UniTuple(int64 x 2)
|
del $254build_tuple.8
|
return $256return_value.9
|
223:
def int_power(a, b):
| ||||||||||||||||||||
224:
# Ensure computations are done with a large enough width
| ||||||||||||||||||||
|
label 0
|
a = arg(0, name=a) :: int64
|
b = arg(1, name=b) :: int64
|
$2load_deref.0 = freevar(tp: int64) :: class(int64)
|
$const4.1 = const(int, 1) :: Literal[int](1)
|
$6call_function.2 = call $2load_deref.0($const4.1, func=$2load_deref.0, args=[Var($const4.1, numbers.py:225)], kws=(), vararg=None) :: (Literal[int](1),) -> int64
|
del $const4.1
|
del $2load_deref.0
|
r = $6call_function.2 :: int64
|
del $6call_function.2
|
226:
a = tp(a)
$10load_deref.3 = freevar(tp: int64) :: class(int64)
|
$14call_function.5 = call $10load_deref.3(a, func=$10load_deref.3, args=[Var(a, numbers.py:225)], kws=(), vararg=None) :: (int64,) -> int64
|
del a
|
del $10load_deref.3
|
a.1 = $14call_function.5 :: int64
|
del $14call_function.5
|
227:
if b < 0:
$const20.7 = const(int, 0) :: Literal[int](0)
|
$22compare_op.8 = b < $const20.7 :: bool
|
del $const20.7
|
branch $22compare_op.8, 26, 98
|
228:
invert = True
label 26
|
del $22compare_op.8
|
$const26.0 = const(bool, True) :: bool
|
invert = $const26.0 :: bool
|
del $const26.0
|
229:
exp = -b
$32unary_negative.2 = unary(fn=<built-in function neg>, value=b) :: int64
|
exp = $32unary_negative.2 :: int64
|
del $32unary_negative.2
|
230:
if exp < 0:
$const38.4 = const(int, 0) :: Literal[int](0)
|
$40compare_op.5 = exp < $const38.4 :: bool
|
del $const38.4
|
branch $40compare_op.5, 44, 48
|
231:
raise OverflowError
label 44
|
del r
|
del invert
|
del exp
|
del b
|
del a.1
|
del $40compare_op.5
|
$44load_global.0 = global(OverflowError: <class 'OverflowError'>) :: OverflowError
|
del $44load_global.0
|
raise <class 'OverflowError'>
|
232:
if is_integer:
label 48
|
del $40compare_op.5
|
$48load_deref.0 = freevar(is_integer: True) :: bool
|
branch $48load_deref.0, 52, 106
|
233:
if a == 0:
label 52
|
del $48load_deref.0
|
$const54.1 = const(int, 0) :: Literal[int](0)
|
$56compare_op.2 = a.1 == $const54.1 :: bool
|
del $const54.1
|
branch $56compare_op.2, 60, 76
|
234:
if zerodiv_return:
label 60
|
del r
|
del invert
|
del exp
|
del b
|
del a.1
|
del $56compare_op.2
|
$60load_deref.0 = freevar(zerodiv_return: False) :: bool
|
branch $60load_deref.0, 64, 68
|
235:
return zerodiv_return
label 64
|
del $60load_deref.0
|
$64load_deref.0 = freevar(zerodiv_return: False) :: bool
|
$66return_value.1 = cast(value=$64load_deref.0) :: int64
|
del $64load_deref.0
|
return $66return_value.1
|
236:
else:
237:
raise ZeroDivisionError("0 cannot be raised to a negative power")
label 68
|
del $60load_deref.0
|
$68load_global.0 = global(ZeroDivisionError: <class 'ZeroDivisionError'>) :: ZeroDivisionError
|
$const70.1 = const(str, 0 cannot be raised to a negative power) :: Literal[str](0 cannot be raised to a negative power)
|
$72call_function.2 = call $68load_global.0($const70.1, func=$68load_global.0, args=[Var($const70.1, numbers.py:237)], kws=(), vararg=None) :: () -> ZeroDivisionError(...)
|
del $const70.1
|
del $72call_function.2
|
del $68load_global.0
|
raise <class 'ZeroDivisionError'>('0 cannot be raised to a negative power')
|
238:
if a != 1 and a != -1:
label 76
|
del $56compare_op.2
|
$const78.1 = const(int, 1) :: Literal[int](1)
|
$80compare_op.2 = a.1 != $const78.1 :: bool
|
del $const78.1
|
branch $80compare_op.2, 84, 106
|
label 84
|
del $80compare_op.2
|
$const86.1 = const(int, -1) :: Literal[int](-1)
|
$88compare_op.2 = a.1 != $const86.1 :: bool
|
del $const86.1
|
branch $88compare_op.2, 92, 106
|
239:
return 0
label 92
|
del r
|
del invert
|
del exp
|
del b
|
del a.1
|
del $88compare_op.2
|
$const92.0 = const(int, 0) :: Literal[int](0)
|
$94return_value.1 = cast(value=$const92.0) :: int64
|
del $const92.0
|
return $94return_value.1
|
240:
else:
241:
invert = False
label 98
|
del $22compare_op.8
|
$const98.0 = const(bool, False) :: bool
|
invert = $const98.0 :: bool
|
del $const98.0
|
242:
exp = b
exp = b :: int64
|
243:
if exp > 0x10000:
jump 106
|
label 106
|
del $88compare_op.2
|
del $80compare_op.2
|
del $48load_deref.0
|
$const108.1 = const(int, 65536) :: Literal[int](65536)
|
$110compare_op.2 = exp > $const108.1 :: bool
|
del $const108.1
|
branch $110compare_op.2, 114, 130
|
244:
# Optimization cutoff: fallback on the generic algorithm
245:
return math.pow(a, float(b))
label 114
|
del r
|
del invert
|
del exp
|
del $110compare_op.2
|
$114load_global.0 = global(math: <module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>) :: Module(<module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>)
|
$116load_method.1 = getattr(value=$114load_global.0, attr=pow) :: Function(<built-in function pow>)
|
del $114load_global.0
|
$120load_global.3 = global(float: <class 'float'>) :: Function(<class 'float'>)
|
$124call_function.5 = call $120load_global.3(b, func=$120load_global.3, args=[Var(b, numbers.py:225)], kws=(), vararg=None) :: (int64,) -> float64
|
del b
|
del $120load_global.3
|
$126call_method.6 = call $116load_method.1(a.1, $124call_function.5, func=$116load_method.1, args=[Var(a.1, numbers.py:226), Var($124call_function.5, numbers.py:245)], kws=(), vararg=None) :: (float64, float64) -> float64
|
del a.1
|
del $124call_function.5
|
del $116load_method.1
|
$128return_value.7 = cast(value=$126call_method.6) :: int64
|
del $126call_method.6
|
return $128return_value.7
|
246:
while exp != 0:
label 130
|
del b
|
del $110compare_op.2
|
jump 132
|
label 132
|
$const134.1 = const(int, 0) :: Literal[int](0)
|
$136compare_op.2 = exp != $const134.1 :: bool
|
del $const134.1
|
branch $136compare_op.2, 140, 174
|
247:
if exp & 1:
label 140
|
del $136compare_op.2
|
$const142.1 = const(int, 1) :: Literal[int](1)
|
$144binary_and.2 = exp & $const142.1 :: int64
|
del $const142.1
|
branch $144binary_and.2, 148, 156
|
248:
r *= a
label 148
|
del $144binary_and.2
|
$152inplace_multiply.2 = inplace_binop(fn=<built-in function imul>, immutable_fn=<built-in function mul>, lhs=r, rhs=a.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
r = $152inplace_multiply.2 :: int64
|
del $152inplace_multiply.2
|
249:
exp >>= 1
jump 156
|
label 156
|
del $144binary_and.2
|
$const158.1 = const(int, 1) :: Literal[int](1)
|
$160inplace_rshift.2 = inplace_binop(fn=<built-in function irshift>, immutable_fn=<built-in function rshift>, lhs=exp, rhs=$const158.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const158.1
|
exp = $160inplace_rshift.2 :: int64
|
del $160inplace_rshift.2
|
250:
a *= a
$168inplace_multiply.5 = inplace_binop(fn=<built-in function imul>, immutable_fn=<built-in function mul>, lhs=a.1, rhs=a.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
a.1 = $168inplace_multiply.5 :: int64
|
del $168inplace_multiply.5
|
jump 132
|
label 174
|
251:
252:
return 1.0 / r if invert else r
del exp
|
del a.1
|
del $136compare_op.2
|
jump 176
|
label 176
|
branch invert, 180, 188
|
label 180
|
del invert
|
$const180.0 = const(float, 1.0) :: float64
|
$184binary_true_divide.2 = $const180.0 / r :: float64
|
del r
|
del $const180.0
|
$186return_value.3 = cast(value=$184binary_true_divide.2) :: int64
|
del $184binary_true_divide.2
|
return $186return_value.3
|
label 188
|
del invert
|
$190return_value.1 = cast(value=r) :: int64
|
del r
|
return $190return_value.1
|
112:
@njit
| ||||||||||||||||||||||||||||||
113:
def make_hilbert_curve(hilbert_arr, p):
| ||||||||||||||||||||||||||||||
|
label 0
|
hilbert_arr = arg(0, name=hilbert_arr) :: array(int64, 2d, C)
|
p = arg(1, name=p) :: int64
|
$2load_global.0 = global(int: <class 'int'>) :: Function(<class 'int'>)
|
$const4.1 = const(int, 2) :: Literal[int](2)
|
$8binary_power.3 = $const4.1 ** p :: int64
|
del $const4.1
|
$10call_function.4 = call $2load_global.0($8binary_power.3, func=$2load_global.0, args=[Var($8binary_power.3, BRIO_2D_multidimarr.py:114)], kws=(), vararg=None) :: (int64,) -> int64
|
del $8binary_power.3
|
del $2load_global.0
|
a = $10call_function.4 :: int64
|
del a
|
del $10call_function.4
|
115:
for i in range(2**(2*p)):
jump 14
|
label 14
|
$16load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const18.1 = const(int, 2) :: Literal[int](2)
|
$const20.2 = const(int, 2) :: Literal[int](2)
|
$24binary_multiply.4 = $const20.2 * p :: int64
|
del $const20.2
|
$26binary_power.5 = $const18.1 ** $24binary_multiply.4 :: int64
|
del $const18.1
|
del $24binary_multiply.4
|
$28call_function.6 = call $16load_global.0($26binary_power.5, func=$16load_global.0, args=[Var($26binary_power.5, BRIO_2D_multidimarr.py:115)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $26binary_power.5
|
del $16load_global.0
|
$30get_iter.7 = getiter(value=$28call_function.6) :: range_iter_int64
|
del $28call_function.6
|
$phi32.0 = $30get_iter.7 :: range_iter_int64
|
del $30get_iter.7
|
jump 32
|
label 32
|
$32for_iter.1 = iternext(value=$phi32.0) :: pair<int64, bool>
|
$32for_iter.2 = pair_first(value=$32for_iter.1) :: int64
|
$32for_iter.3 = pair_second(value=$32for_iter.1) :: bool
|
del $32for_iter.1
|
$phi34.1 = $32for_iter.2 :: int64
|
del $32for_iter.2
|
branch $32for_iter.3, 34, 64
|
label 34
|
del $32for_iter.3
|
i = $phi34.1 :: int64
|
del $phi34.1
|
116:
x, y = hindex2xy(i, p)
$36load_global.2 = global(hindex2xy: CPUDispatcher(<function hindex2xy at 0x7f51e5d76440>)) :: type(CPUDispatcher(<function hindex2xy at 0x7f51e5d76440>))
|
$42call_function.5 = call $36load_global.2(i, p, func=$36load_global.2, args=[Var(i, BRIO_2D_multidimarr.py:115), Var(p, BRIO_2D_multidimarr.py:114)], kws=(), vararg=None) :: (int64, int64) -> UniTuple(int64 x 2)
|
del $36load_global.2
|
$44unpack_sequence.8 = exhaust_iter(value=$42call_function.5, count=2) :: UniTuple(int64 x 2)
|
del $42call_function.5
|
$44unpack_sequence.6 = static_getitem(value=$44unpack_sequence.8, index=0, index_var=None) :: int64
|
$44unpack_sequence.7 = static_getitem(value=$44unpack_sequence.8, index=1, index_var=None) :: int64
|
del $44unpack_sequence.8
|
x = $44unpack_sequence.6 :: int64
|
del $44unpack_sequence.6
|
y = $44unpack_sequence.7 :: int64
|
del $44unpack_sequence.7
|
117:
hilbert_arr[x, y] = i
$58build_tuple.13 = build_tuple(items=[Var(x, BRIO_2D_multidimarr.py:116), Var(y, BRIO_2D_multidimarr.py:116)]) :: UniTuple(int64 x 2)
|
del y
|
del x
|
hilbert_arr[$58build_tuple.13] = i :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del i
|
del $58build_tuple.13
|
jump 32
|
label 64
|
118:
119:
return
del p
|
del hilbert_arr
|
del $phi34.1
|
del $phi32.0
|
del $32for_iter.3
|
jump 66
|
label 66
|
$const66.0 = const(NoneType, None) :: none
|
$68return_value.1 = cast(value=$const66.0) :: none
|
del $const66.0
|
return $68return_value.1
|
122:
@njit
| |||||||||||||||||||||||||||||||
123:
def sort_along_hilbert_curve(
| |||||||||||||||||||||||||||||||
124:
org_points,
| |||||||||||||||||||||||||||||||
125:
temp_points,
| |||||||||||||||||||||||||||||||
126:
hilbert_arr,
| |||||||||||||||||||||||||||||||
127:
new_indices,
| |||||||||||||||||||||||||||||||
128:
org_points_end,
| |||||||||||||||||||||||||||||||
129:
p
| |||||||||||||||||||||||||||||||
130:
):
| |||||||||||||||||||||||||||||||
131:
'''
| |||||||||||||||||||||||||||||||
132:
org_points : 2N x 1; points to be sorted
| |||||||||||||||||||||||||||||||
133:
points : 2N x 1; array with dimensions same as that of points
| |||||||||||||||||||||||||||||||
134:
used for manipulation
| |||||||||||||||||||||||||||||||
135:
hilbert_x : 2^8 x 1 array
| |||||||||||||||||||||||||||||||
136:
hilbert_y : 2^8 x 1 array
| |||||||||||||||||||||||||||||||
137:
new_indices : N x 1 array
| |||||||||||||||||||||||||||||||
138:
'''
| |||||||||||||||||||||||||||||||
139:
| |||||||||||||||||||||||||||||||
|
label 0
|
org_points = arg(0, name=org_points) :: array(float64, 2d, C)
|
temp_points = arg(1, name=temp_points) :: array(float64, 2d, C)
|
hilbert_arr = arg(2, name=hilbert_arr) :: array(int64, 2d, C)
|
new_indices = arg(3, name=new_indices) :: array(int64, 1d, C)
|
org_points_end = arg(4, name=org_points_end) :: int64
|
p = arg(5, name=p) :: int64
|
len_points = org_points_end :: int64
|
del org_points_end
|
141:
142:
min_x = org_points[0, 0]
$const_0 = const(int, 0) :: Literal[int](0)
|
$const_0.1 = const(int, 0) :: Literal[int](0)
|
$const8.2 = build_tuple(items=[Var($const_0, BRIO_2D_multidimarr.py:142), Var($const_0.1, BRIO_2D_multidimarr.py:142)]) :: UniTuple(Literal[int](0) x 2)
|
del $const_0.1
|
del $const_0
|
$10binary_subscr.3 = static_getitem(value=org_points, index=(0, 0), index_var=$const8.2) :: float64
|
del $const8.2
|
min_x = $10binary_subscr.3 :: float64
|
del $10binary_subscr.3
|
143:
min_y = org_points[0, 1]
$const_0.2 = const(int, 0) :: Literal[int](0)
|
$const_1 = const(int, 1) :: Literal[int](1)
|
$const16.5 = build_tuple(items=[Var($const_0.2, BRIO_2D_multidimarr.py:143), Var($const_1, BRIO_2D_multidimarr.py:143)]) :: Tuple(Literal[int](0), Literal[int](1))
|
del $const_1
|
del $const_0.2
|
$18binary_subscr.6 = static_getitem(value=org_points, index=(0, 1), index_var=$const16.5) :: float64
|
del $const16.5
|
min_y = $18binary_subscr.6 :: float64
|
del $18binary_subscr.6
|
144:
max_x = org_points[0, 0]
$const_0.3 = const(int, 0) :: Literal[int](0)
|
$const_0.4 = const(int, 0) :: Literal[int](0)
|
$const24.8 = build_tuple(items=[Var($const_0.3, BRIO_2D_multidimarr.py:144), Var($const_0.4, BRIO_2D_multidimarr.py:144)]) :: UniTuple(Literal[int](0) x 2)
|
del $const_0.4
|
del $const_0.3
|
$26binary_subscr.9 = static_getitem(value=org_points, index=(0, 0), index_var=$const24.8) :: float64
|
del $const24.8
|
max_x = $26binary_subscr.9 :: float64
|
del $26binary_subscr.9
|
145:
max_y = org_points[0, 1]
$const_0.5 = const(int, 0) :: Literal[int](0)
|
$const_1.1 = const(int, 1) :: Literal[int](1)
|
$const32.11 = build_tuple(items=[Var($const_0.5, BRIO_2D_multidimarr.py:145), Var($const_1.1, BRIO_2D_multidimarr.py:145)]) :: Tuple(Literal[int](0), Literal[int](1))
|
del $const_1.1
|
del $const_0.5
|
$34binary_subscr.12 = static_getitem(value=org_points, index=(0, 1), index_var=$const32.11) :: float64
|
del $const32.11
|
max_y = $34binary_subscr.12 :: float64
|
del $34binary_subscr.12
|
146:
147:
for i in range(len_points):
jump 38
|
label 38
|
$40load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$44call_function.2 = call $40load_global.0(len_points, func=$40load_global.0, args=[Var(len_points, BRIO_2D_multidimarr.py:140)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $40load_global.0
|
$46get_iter.3 = getiter(value=$44call_function.2) :: range_iter_int64
|
del $44call_function.2
|
$phi48.0 = $46get_iter.3 :: range_iter_int64
|
del $46get_iter.3
|
jump 48
|
label 48
|
$48for_iter.1 = iternext(value=$phi48.0) :: pair<int64, bool>
|
$48for_iter.2 = pair_first(value=$48for_iter.1) :: int64
|
$48for_iter.3 = pair_second(value=$48for_iter.1) :: bool
|
del $48for_iter.1
|
$phi50.1 = $48for_iter.2 :: int64
|
del $48for_iter.2
|
branch $48for_iter.3, 50, 130
|
label 50
|
del $48for_iter.3
|
i = $phi50.1 :: int64
|
del $phi50.1
|
label 403
|
del y
|
del $120compare_op.3
|
jump 48
|
148:
x = org_points[i, 0]
$const56.4 = const(int, 0) :: Literal[int](0)
|
$58build_tuple.5 = build_tuple(items=[Var(i, BRIO_2D_multidimarr.py:147), Var($const56.4, BRIO_2D_multidimarr.py:148)]) :: Tuple(int64, Literal[int](0))
|
del $const56.4
|
$60binary_subscr.6 = getitem(value=org_points, index=$58build_tuple.5) :: float64
|
del $58build_tuple.5
|
x = $60binary_subscr.6 :: float64
|
del $60binary_subscr.6
|
149:
y = org_points[i, 1]
$const68.9 = const(int, 1) :: Literal[int](1)
|
$70build_tuple.10 = build_tuple(items=[Var(i, BRIO_2D_multidimarr.py:147), Var($const68.9, BRIO_2D_multidimarr.py:149)]) :: Tuple(int64, Literal[int](1))
|
del i
|
del $const68.9
|
$72binary_subscr.11 = getitem(value=org_points, index=$70build_tuple.10) :: float64
|
del $70build_tuple.10
|
y = $72binary_subscr.11 :: float64
|
del $72binary_subscr.11
|
150:
if x < min_x:
$80compare_op.14 = x < min_x :: bool
|
branch $80compare_op.14, 84, 90
|
151:
min_x = x
label 84
|
del $80compare_op.14
|
min_x = x :: float64
|
del x
|
jump 102
|
152:
elif max_x < x:
label 90
|
del $80compare_op.14
|
$94compare_op.3 = max_x < x :: bool
|
branch $94compare_op.3, 98, 102
|
153:
max_x = x
label 98
|
del $94compare_op.3
|
max_x = x :: float64
|
del x
|
154:
if y < min_y:
jump 102
|
label 102
|
del x
|
del $94compare_op.3
|
$106compare_op.3 = y < min_y :: bool
|
branch $106compare_op.3, 110, 116
|
155:
min_y = y
label 110
|
del $106compare_op.3
|
min_y = y :: float64
|
del y
|
jump 403
|
156:
elif max_y < y:
label 116
|
del $106compare_op.3
|
$120compare_op.3 = max_y < y :: bool
|
branch $120compare_op.3, 124, 403
|
157:
max_y = y
label 124
|
del $120compare_op.3
|
max_y = y :: float64
|
del y
|
jump 403
|
label 130
|
158:
159:
max_x -= min_x
del $phi50.1
|
del $phi48.0
|
del $48for_iter.3
|
jump 132
|
label 132
|
$136inplace_subtract.2 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=max_x, rhs=min_x, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
del max_x
|
max_x.1 = $136inplace_subtract.2 :: float64
|
del $136inplace_subtract.2
|
160:
max_y -= min_y
$144inplace_subtract.5 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=max_y, rhs=min_y, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
del max_y
|
max_y.1 = $144inplace_subtract.5 :: float64
|
del $144inplace_subtract.5
|
161:
162:
if max_y > max_x:
$152compare_op.8 = max_y.1 > max_x.1 :: bool
|
branch $152compare_op.8, 156, 162
|
163:
max_xy = max_y
label 156
|
del max_x.1
|
del $152compare_op.8
|
max_xy = max_y.1 :: float64
|
del max_y.1
|
jump 166
|
164:
else:
165:
max_xy = max_x
label 162
|
del max_y.1
|
del $152compare_op.8
|
max_xy = max_x.1 :: float64
|
del max_x.1
|
166:
167:
if max_xy == 0:
jump 166
|
label 166
|
$const168.1 = const(int, 0) :: Literal[int](0)
|
$170compare_op.2 = max_xy == $const168.1 :: bool
|
del $const168.1
|
branch $170compare_op.2, 174, 178
|
168:
# occurs when there is only one point in the round
169:
max_xy = 1
label 174
|
del $170compare_op.2
|
$const174.0 = const(int, 1) :: Literal[int](1)
|
max_xy = $const174.0 :: float64
|
del $const174.0
|
170:
171:
a = 2**p
jump 178
|
label 178
|
del $170compare_op.2
|
$const178.0 = const(int, 2) :: Literal[int](2)
|
$182binary_power.2 = $const178.0 ** p :: int64
|
del p
|
del $const178.0
|
a = $182binary_power.2 :: int64
|
del $182binary_power.2
|
172:
173:
for i in range(len_points):
jump 186
|
label 186
|
$188load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$192call_function.2 = call $188load_global.0(len_points, func=$188load_global.0, args=[Var(len_points, BRIO_2D_multidimarr.py:140)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $188load_global.0
|
$194get_iter.3 = getiter(value=$192call_function.2) :: range_iter_int64
|
del $192call_function.2
|
$phi196.0 = $194get_iter.3 :: range_iter_int64
|
del $194get_iter.3
|
jump 196
|
label 196
|
$196for_iter.1 = iternext(value=$phi196.0) :: pair<int64, bool>
|
$196for_iter.2 = pair_first(value=$196for_iter.1) :: int64
|
$196for_iter.3 = pair_second(value=$196for_iter.1) :: bool
|
del $196for_iter.1
|
$phi198.1 = $196for_iter.2 :: int64
|
del $196for_iter.2
|
branch $196for_iter.3, 198, 306
|
label 198
|
del $196for_iter.3
|
i = $phi198.1 :: int64
|
del $phi198.1
|
174:
x = org_points[i, 0]
$const204.4 = const(int, 0) :: Literal[int](0)
|
$206build_tuple.5 = build_tuple(items=[Var(i, BRIO_2D_multidimarr.py:147), Var($const204.4, BRIO_2D_multidimarr.py:174)]) :: Tuple(int64, Literal[int](0))
|
del $const204.4
|
$208binary_subscr.6 = getitem(value=org_points, index=$206build_tuple.5) :: float64
|
del $206build_tuple.5
|
x = $208binary_subscr.6 :: float64
|
del $208binary_subscr.6
|
175:
y = org_points[i, 1]
$const216.9 = const(int, 1) :: Literal[int](1)
|
$218build_tuple.10 = build_tuple(items=[Var(i, BRIO_2D_multidimarr.py:147), Var($const216.9, BRIO_2D_multidimarr.py:175)]) :: Tuple(int64, Literal[int](1))
|
del $const216.9
|
$220binary_subscr.11 = getitem(value=org_points, index=$218build_tuple.10) :: float64
|
del $218build_tuple.10
|
y = $220binary_subscr.11 :: float64
|
del $220binary_subscr.11
|
176:
177:
x = np.round(((x-min_x)/max_xy)*(a-1), 0)
$224load_global.12 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$226load_method.13 = getattr(value=$224load_global.12, attr=round) :: Function(<function round_ at 0x7f51e4bc4050>)
|
del $224load_global.12
|
$232binary_subtract.16 = x - min_x :: float64
|
$236binary_true_divide.18 = $232binary_subtract.16 / max_xy :: float64
|
del $232binary_subtract.16
|
$const240.20 = const(int, 1) :: Literal[int](1)
|
$242binary_subtract.21 = a - $const240.20 :: int64
|
del $const240.20
|
$244binary_multiply.22 = $236binary_true_divide.18 * $242binary_subtract.21 :: float64
|
del $242binary_subtract.21
|
del $236binary_true_divide.18
|
$const246.23 = const(int, 0) :: Literal[int](0)
|
$248call_method.24 = call $226load_method.13($244binary_multiply.22, $const246.23, func=$226load_method.13, args=[Var($244binary_multiply.22, BRIO_2D_multidimarr.py:177), Var($const246.23, BRIO_2D_multidimarr.py:177)], kws=(), vararg=None) :: (float64, Literal[int](0)) -> float64
|
del $const246.23
|
del $244binary_multiply.22
|
del $226load_method.13
|
x = $248call_method.24 :: float64
|
del $248call_method.24
|
178:
y = np.round(((y-min_y)/max_xy)*(a-1), 0)
$252load_global.25 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$254load_method.26 = getattr(value=$252load_global.25, attr=round) :: Function(<function round_ at 0x7f51e4bc4050>)
|
del $252load_global.25
|
$260binary_subtract.29 = y - min_y :: float64
|
$264binary_true_divide.31 = $260binary_subtract.29 / max_xy :: float64
|
del $260binary_subtract.29
|
$const268.33 = const(int, 1) :: Literal[int](1)
|
$270binary_subtract.34 = a - $const268.33 :: int64
|
del $const268.33
|
$272binary_multiply.35 = $264binary_true_divide.31 * $270binary_subtract.34 :: float64
|
del $270binary_subtract.34
|
del $264binary_true_divide.31
|
$const274.36 = const(int, 0) :: Literal[int](0)
|
$276call_method.37 = call $254load_method.26($272binary_multiply.35, $const274.36, func=$254load_method.26, args=[Var($272binary_multiply.35, BRIO_2D_multidimarr.py:178), Var($const274.36, BRIO_2D_multidimarr.py:178)], kws=(), vararg=None) :: (float64, Literal[int](0)) -> float64
|
del $const274.36
|
del $272binary_multiply.35
|
del $254load_method.26
|
y = $276call_method.37 :: float64
|
del $276call_method.37
|
179:
180:
new_indices[i] = hilbert_arr[int(x), int(y)]
$282load_global.39 = global(int: <class 'int'>) :: Function(<class 'int'>)
|
$286call_function.41 = call $282load_global.39(x, func=$282load_global.39, args=[Var(x, BRIO_2D_multidimarr.py:148)], kws=(), vararg=None) :: (float64,) -> int64
|
del x
|
del $282load_global.39
|
$288load_global.42 = global(int: <class 'int'>) :: Function(<class 'int'>)
|
$292call_function.44 = call $288load_global.42(y, func=$288load_global.42, args=[Var(y, BRIO_2D_multidimarr.py:149)], kws=(), vararg=None) :: (float64,) -> int64
|
del y
|
del $288load_global.42
|
$294build_tuple.45 = build_tuple(items=[Var($286call_function.41, BRIO_2D_multidimarr.py:180), Var($292call_function.44, BRIO_2D_multidimarr.py:180)]) :: UniTuple(int64 x 2)
|
del $292call_function.44
|
del $286call_function.41
|
$296binary_subscr.46 = getitem(value=hilbert_arr, index=$294build_tuple.45) :: int64
|
del $294build_tuple.45
|
new_indices[i] = $296binary_subscr.46 :: (array(int64, 1d, C), int64, int64) -> none
|
del i
|
del $296binary_subscr.46
|
jump 196
|
label 306
|
181:
182:
new_indices[0:len_points] = np.argsort(new_indices[0:len_points])
del min_y
|
del min_x
|
del max_xy
|
del hilbert_arr
|
del a
|
del $phi198.1
|
del $phi196.0
|
del $196for_iter.3
|
jump 308
|
label 308
|
$308load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$310load_method.1 = getattr(value=$308load_global.0, attr=argsort) :: Function(<function argsort at 0x7f51e4bb5e60>)
|
del $308load_global.0
|
$const314.3 = const(int, 0) :: Literal[int](0)
|
$318build_slice.5 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$318build_slice.6 = call $318build_slice.5($const314.3, len_points, func=$318build_slice.5, args=(Var($const314.3, BRIO_2D_multidimarr.py:182), Var(len_points, BRIO_2D_multidimarr.py:140)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const314.3
|
del $318build_slice.5
|
$320binary_subscr.7 = getitem(value=new_indices, index=$318build_slice.6) :: array(int64, 1d, C)
|
del $318build_slice.6
|
$322call_method.8 = call $310load_method.1($320binary_subscr.7, func=$310load_method.1, args=[Var($320binary_subscr.7, BRIO_2D_multidimarr.py:182)], kws=(), vararg=None) :: (array(int64, 1d, C), Literal[str](quicksort)) -> array(int64, 1d, C)
|
del $320binary_subscr.7
|
del $310load_method.1
|
$const326.10 = const(int, 0) :: Literal[int](0)
|
$330build_slice.12 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$330build_slice.13 = call $330build_slice.12($const326.10, len_points, func=$330build_slice.12, args=(Var($const326.10, BRIO_2D_multidimarr.py:182), Var(len_points, BRIO_2D_multidimarr.py:140)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const326.10
|
del $330build_slice.12
|
new_indices[$330build_slice.13] = $322call_method.8 :: (array(int64, 1d, C), slice<a:b>, array(int64, 1d, C)) -> none
|
del $330build_slice.13
|
del $322call_method.8
|
183:
184:
for i in range(len_points):
jump 334
|
label 334
|
$336load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$340call_function.2 = call $336load_global.0(len_points, func=$336load_global.0, args=[Var(len_points, BRIO_2D_multidimarr.py:140)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del len_points
|
del $336load_global.0
|
$342get_iter.3 = getiter(value=$340call_function.2) :: range_iter_int64
|
del $340call_function.2
|
$phi344.0 = $342get_iter.3 :: range_iter_int64
|
del $342get_iter.3
|
jump 344
|
label 344
|
$344for_iter.1 = iternext(value=$phi344.0) :: pair<int64, bool>
|
$344for_iter.2 = pair_first(value=$344for_iter.1) :: int64
|
$344for_iter.3 = pair_second(value=$344for_iter.1) :: bool
|
del $344for_iter.1
|
$phi346.1 = $344for_iter.2 :: int64
|
del $344for_iter.2
|
branch $344for_iter.3, 346, 400
|
label 346
|
del $344for_iter.3
|
i = $phi346.1 :: int64
|
del $phi346.1
|
185:
idx = new_indices[i]
$352binary_subscr.4 = getitem(value=new_indices, index=i) :: int64
|
idx = $352binary_subscr.4 :: int64
|
del $352binary_subscr.4
|
186:
temp_points[i, 0] = org_points[idx, 0]
$const360.7 = const(int, 0) :: Literal[int](0)
|
$362build_tuple.8 = build_tuple(items=[Var(idx, BRIO_2D_multidimarr.py:185), Var($const360.7, BRIO_2D_multidimarr.py:186)]) :: Tuple(int64, Literal[int](0))
|
del $const360.7
|
$364binary_subscr.9 = getitem(value=org_points, index=$362build_tuple.8) :: float64
|
del $362build_tuple.8
|
$const370.12 = const(int, 0) :: Literal[int](0)
|
$372build_tuple.13 = build_tuple(items=[Var(i, BRIO_2D_multidimarr.py:147), Var($const370.12, BRIO_2D_multidimarr.py:186)]) :: Tuple(int64, Literal[int](0))
|
del $const370.12
|
temp_points[$372build_tuple.13] = $364binary_subscr.9 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $372build_tuple.13
|
del $364binary_subscr.9
|
187:
temp_points[i, 1] = org_points[idx, 1]
$const380.16 = const(int, 1) :: Literal[int](1)
|
$382build_tuple.17 = build_tuple(items=[Var(idx, BRIO_2D_multidimarr.py:185), Var($const380.16, BRIO_2D_multidimarr.py:187)]) :: Tuple(int64, Literal[int](1))
|
del idx
|
del $const380.16
|
$384binary_subscr.18 = getitem(value=org_points, index=$382build_tuple.17) :: float64
|
del $382build_tuple.17
|
$const390.21 = const(int, 1) :: Literal[int](1)
|
$392build_tuple.22 = build_tuple(items=[Var(i, BRIO_2D_multidimarr.py:147), Var($const390.21, BRIO_2D_multidimarr.py:187)]) :: Tuple(int64, Literal[int](1))
|
del i
|
del $const390.21
|
temp_points[$392build_tuple.22] = $384binary_subscr.18 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $392build_tuple.22
|
del $384binary_subscr.18
|
jump 344
|
label 400
|
188:
189:
return
del temp_points
|
del org_points
|
del new_indices
|
del $phi346.1
|
del $phi344.0
|
del $344for_iter.3
|
jump 402
|
label 402
|
$const402.0 = const(NoneType, None) :: none
|
$404return_value.1 = cast(value=$const402.0) :: none
|
del $const402.0
|
return $404return_value.1
|
3870:
def impl(start, stop=None, step=None, dtype=None):
| |||||||||||||||||||||||
3871:
# Allow for improved performance if given literal arguments.
| |||||||||||||||||||||||
|
label 0
|
start = arg(0, name=start) :: int64
|
stop = arg(1, name=stop) :: none
|
step = arg(2, name=step) :: none
|
dtype = arg(3, name=dtype) :: none
|
del dtype
|
$2load_deref.0 = freevar(start_value: None) :: none
|
del $2load_deref.0
|
$const4.1 = const(NoneType, None) :: none
|
del $const4.1
|
$6compare_op.2 = const(int, 0) :: Literal[int](0)
|
del $6compare_op.2
|
jump 14
|
label 14
|
$phi16.0 = start :: int64
|
del start
|
jump 16
|
label 16
|
lit_start = $phi16.0 :: int64
|
del $phi16.0
|
3873:
lit_stop = stop_value if stop_value is not None else stop
$18load_deref.1 = freevar(stop_value: None) :: none
|
del $18load_deref.1
|
$const20.2 = const(NoneType, None) :: none
|
del $const20.2
|
$22compare_op.3 = const(int, 0) :: Literal[int](0)
|
del $22compare_op.3
|
jump 30
|
label 30
|
$phi32.0 = stop :: none
|
del stop
|
jump 32
|
label 32
|
lit_stop = $phi32.0 :: none
|
del $phi32.0
|
3874:
lit_step = step_value if step_value is not None else step
$34load_deref.1 = freevar(step_value: None) :: none
|
del $34load_deref.1
|
$const36.2 = const(NoneType, None) :: none
|
del $const36.2
|
$38compare_op.3 = const(int, 0) :: Literal[int](0)
|
del $38compare_op.3
|
jump 46
|
label 46
|
$phi48.0 = step :: none
|
del step
|
jump 48
|
label 48
|
lit_step = $phi48.0 :: none
|
del $phi48.0
|
3875:
3876:
_step = lit_step if lit_step is not None else 1
$const52.2 = const(NoneType, None) :: none
|
$54compare_op.3 = lit_step is not $const52.2 :: bool
|
del $const52.2
|
branch $54compare_op.3, 58, 62
|
label 58
|
del $54compare_op.3
|
$phi64.0 = lit_step :: OptionalType(int64) i.e. the type 'int64 or None'
|
del lit_step
|
jump 64
|
label 62
|
del lit_step
|
del $54compare_op.3
|
$const62.0 = const(int, 1) :: Literal[int](1)
|
$phi64.0 = $const62.0 :: OptionalType(int64) i.e. the type 'int64 or None'
|
del $const62.0
|
jump 64
|
label 64
|
_step = $phi64.0 :: OptionalType(int64) i.e. the type 'int64 or None'
|
del $phi64.0
|
3877:
if lit_stop is None:
$const68.2 = const(NoneType, None) :: none
|
$70compare_op.3 = lit_stop is $const68.2 :: bool
|
del $const68.2
|
branch $70compare_op.3, 74, 86
|
3878:
_start, _stop = 0, lit_start
label 74
|
del lit_stop
|
del $70compare_op.3
|
$const74.0 = const(int, 0) :: Literal[int](0)
|
_start = $const74.0 :: int64
|
del $const74.0
|
_stop = lit_start :: OptionalType(int64) i.e. the type 'int64 or None'
|
del lit_start
|
jump 96
|
3879:
else:
3880:
_start, _stop = lit_start, lit_stop
label 86
|
del $70compare_op.3
|
_start = lit_start :: int64
|
del lit_start
|
_stop = lit_stop :: OptionalType(int64) i.e. the type 'int64 or None'
|
del lit_stop
|
3881:
3882:
if _step == 0:
jump 96
|
label 96
|
$const98.1 = const(int, 0) :: Literal[int](0)
|
$100compare_op.2 = _step == $const98.1 :: bool
|
del $const98.1
|
branch $100compare_op.2, 104, 112
|
3883:
raise ValueError("Maximum allowed size exceeded")
label 104
|
del _stop
|
del _step
|
del _start
|
del $100compare_op.2
|
$104load_global.0 = global(ValueError: <class 'ValueError'>) :: ValueError
|
$const106.1 = const(str, Maximum allowed size exceeded) :: Literal[str](Maximum allowed size exceeded)
|
$108call_function.2 = call $104load_global.0($const106.1, func=$104load_global.0, args=[Var($const106.1, arrayobj.py:3883)], kws=(), vararg=None) :: () -> ValueError(...)
|
del $const106.1
|
del $108call_function.2
|
del $104load_global.0
|
raise <class 'ValueError'>('Maximum allowed size exceeded')
|
3884:
3885:
nitems_c = (_stop - _start) / _step
label 112
|
del $100compare_op.2
|
$116binary_subtract.2 = _stop - _start :: int64
|
del _stop
|
$120binary_true_divide.4 = $116binary_subtract.2 / _step :: float64
|
del $116binary_subtract.2
|
nitems_c = $120binary_true_divide.4 :: float64
|
del $120binary_true_divide.4
|
3886:
nitems_r = int(math.ceil(nitems_c.real))
$124load_global.5 = global(int: <class 'int'>) :: Function(<class 'int'>)
|
$126load_global.6 = global(math: <module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>) :: Module(<module 'math' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/lib-dynload/math.cpython-37m-x86_64-linux-gnu.so'>)
|
$128load_method.7 = getattr(value=$126load_global.6, attr=ceil) :: Function(<built-in function ceil>)
|
del $126load_global.6
|
$132load_attr.9 = getattr(value=nitems_c, attr=real) :: float64
|
del nitems_c
|
$134call_method.10 = call $128load_method.7($132load_attr.9, func=$128load_method.7, args=[Var($132load_attr.9, arrayobj.py:3886)], kws=(), vararg=None) :: (float64,) -> int64
|
del $132load_attr.9
|
del $128load_method.7
|
$136call_function.11 = call $124load_global.5($134call_method.10, func=$124load_global.5, args=[Var($134call_method.10, arrayobj.py:3886)], kws=(), vararg=None) :: (int64,) -> int64
|
del $134call_method.10
|
del $124load_global.5
|
nitems_r = $136call_function.11 :: int64
|
del $136call_function.11
|
3887:
3888:
# Binary operator needed for compiler branch pruning.
3889:
if use_complex is True:
$140load_deref.12 = freevar(use_complex: False) :: bool
|
del $140load_deref.12
|
$const142.13 = const(bool, True) :: bool
|
del $const142.13
|
$144compare_op.14 = const(int, 0) :: Literal[int](0)
|
del $144compare_op.14
|
jump 182
|
3890:
nitems_i = int(math.ceil(nitems_c.imag))
3891:
nitems = max(min(nitems_i, nitems_r), 0)
3892:
else:
3893:
nitems = max(nitems_r, 0)
label 182
|
$182load_global.0 = global(max: <built-in function max>) :: Function(<built-in function max>)
|
$const186.2 = const(int, 0) :: Literal[int](0)
|
$188call_function.3 = call $182load_global.0(nitems_r, $const186.2, func=$182load_global.0, args=[Var(nitems_r, arrayobj.py:3886), Var($const186.2, arrayobj.py:3893)], kws=(), vararg=None) :: (int64, Literal[int](0)) -> int64
|
del nitems_r
|
del $const186.2
|
del $182load_global.0
|
nitems = $188call_function.3 :: int64
|
del $188call_function.3
|
3894:
arr = np.empty(nitems, true_dtype)
jump 192
|
label 192
|
$192load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$194load_method.1 = getattr(value=$192load_global.0, attr=empty) :: Function(<built-in function empty>)
|
del $192load_global.0
|
$198load_deref.3 = freevar(true_dtype: int64) :: class(int64)
|
$200call_method.4 = call $194load_method.1(nitems, $198load_deref.3, func=$194load_method.1, args=[Var(nitems, arrayobj.py:3891), Var($198load_deref.3, arrayobj.py:3894)], kws=(), vararg=None) :: (int64, class(int64)) -> array(int64, 1d, C)
|
del $198load_deref.3
|
del $194load_method.1
|
arr = $200call_method.4 :: array(int64, 1d, C)
|
del $200call_method.4
|
3895:
val = _start
val = _start :: int64
|
del _start
|
3896:
for i in range(nitems):
jump 208
|
label 208
|
$210load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$214call_function.2 = call $210load_global.0(nitems, func=$210load_global.0, args=[Var(nitems, arrayobj.py:3891)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del nitems
|
del $210load_global.0
|
$216get_iter.3 = getiter(value=$214call_function.2) :: range_iter_int64
|
del $214call_function.2
|
$phi218.0 = $216get_iter.3 :: range_iter_int64
|
del $216get_iter.3
|
jump 218
|
label 218
|
$218for_iter.1 = iternext(value=$phi218.0) :: pair<int64, bool>
|
$218for_iter.2 = pair_first(value=$218for_iter.1) :: int64
|
$218for_iter.3 = pair_second(value=$218for_iter.1) :: bool
|
del $218for_iter.1
|
$phi220.1 = $218for_iter.2 :: int64
|
del $218for_iter.2
|
branch $218for_iter.3, 220, 240
|
label 220
|
del $218for_iter.3
|
i = $phi220.1 :: int64
|
del $phi220.1
|
3897:
arr[i] = val
arr[i] = val :: (array(int64, 1d, C), int64, int64) -> none
|
del i
|
3898:
val += _step
$234inplace_add.7 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=val, rhs=_step, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
val = $234inplace_add.7 :: int64
|
del $234inplace_add.7
|
jump 218
|
label 240
|
3899:
return arr
del val
|
del _step
|
del $phi220.1
|
del $phi218.0
|
del $218for_iter.3
|
jump 242
|
label 242
|
$244return_value.1 = cast(value=arr) :: array(int64, 1d, C)
|
del arr
|
return $244return_value.1
|
44:
@wrap
| |||||||||||||
45:
def make_res(A):
| |||||||||||||
|
label 0
|
A = arg(0, name=A) :: array(int64, 1d, C)
|
$2load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$4load_method.1 = getattr(value=$2load_global.0, attr=arange) :: Function(<built-in function arange>)
|
del $2load_global.0
|
$8load_attr.3 = getattr(value=A, attr=size) :: int64
|
del A
|
$10call_method.4 = call $4load_method.1($8load_attr.3, func=$4load_method.1, args=[Var($8load_attr.3, quicksort.py:46)], kws=(), vararg=None) :: (int64, omitted(default=None), omitted(default=None), omitted(default=None)) -> array(int64, 1d, C)
|
del $8load_attr.3
|
del $4load_method.1
|
$12return_value.5 = cast(value=$10call_method.4) :: array(int64, 1d, C)
|
del $10call_method.4
|
return $12return_value.5
|
48:
@wrap
| |||||||||
49:
def GET(A, idx_or_val):
| |||||||||
|
label 0
|
A = arg(0, name=A) :: array(int64, 1d, C)
|
idx_or_val = arg(1, name=idx_or_val) :: int64
|
$6binary_subscr.2 = getitem(value=A, index=idx_or_val) :: int64
|
del idx_or_val
|
del A
|
$8return_value.3 = cast(value=$6binary_subscr.2) :: int64
|
del $6binary_subscr.2
|
return $8return_value.3
|
61:
def default_lt(a, b):
| |||||||||
62:
"""
| |||||||||
63:
Trivial comparison function between two keys.
| |||||||||
64:
"""
| |||||||||
|
label 0
|
a = arg(0, name=a) :: int64
|
b = arg(1, name=b) :: int64
|
$6compare_op.2 = a < b :: bool
|
del b
|
del a
|
$8return_value.3 = cast(value=$6compare_op.2) :: bool
|
del $6compare_op.2
|
return $8return_value.3
|
89:
@wrap
| ||||||||||||||||||||
90:
def partition(A, R, low, high):
| ||||||||||||||||||||
91:
"""
| ||||||||||||||||||||
92:
Partition A[low:high + 1] around a chosen pivot. The pivot's index
| ||||||||||||||||||||
93:
is returned.
| ||||||||||||||||||||
94:
"""
| ||||||||||||||||||||
|
label 0
|
A = arg(0, name=A) :: array(int64, 1d, C)
|
R = arg(1, name=R) :: array(int64, 1d, C)
|
low = arg(2, name=low) :: int64
|
high = arg(3, name=high) :: int64
|
$const4.1 = const(int, 0) :: Literal[int](0)
|
$6compare_op.2 = low >= $const4.1 :: bool
|
del $const4.1
|
branch $6compare_op.2, 14, 10
|
label 10
|
del low
|
del high
|
del R
|
del A
|
del $6compare_op.2
|
$10load_global.0 = global(AssertionError: <class 'AssertionError'>) :: AssertionError
|
del $10load_global.0
|
raise <class 'AssertionError'>
|
96:
assert high > low
label 14
|
del $6compare_op.2
|
$18compare_op.2 = high > low :: bool
|
branch $18compare_op.2, 26, 22
|
label 22
|
del low
|
del high
|
del R
|
del A
|
del $18compare_op.2
|
$22load_global.0 = global(AssertionError: <class 'AssertionError'>) :: AssertionError
|
del $22load_global.0
|
raise <class 'AssertionError'>
|
97:
98:
mid = (low + high) >> 1
label 26
|
del $18compare_op.2
|
$30binary_add.2 = low + high :: int64
|
$const32.3 = const(int, 1) :: Literal[int](1)
|
$34binary_rshift.4 = $30binary_add.2 >> $const32.3 :: int64
|
del $const32.3
|
del $30binary_add.2
|
mid = $34binary_rshift.4 :: int64
|
del $34binary_rshift.4
|
99:
# NOTE: the pattern of swaps below for the pivot choice and the
100:
# partitioning gives good results (i.e. regular O(n log n))
101:
# on sorted, reverse-sorted, and uniform arrays. Subtle changes
102:
# risk breaking this property.
103:
104:
# median of three {low, middle, high}
105:
if LT(GET(A, R[mid]), GET(A, R[low])):
$38load_deref.5 = freevar(LT: <function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>) :: Function(<function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>)
|
$40load_deref.6 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$48binary_subscr.10 = getitem(value=R, index=mid) :: int64
|
$50call_function.11 = call $40load_deref.6(A, $48binary_subscr.10, func=$40load_deref.6, args=[Var(A, quicksort.py:95), Var($48binary_subscr.10, quicksort.py:105)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $48binary_subscr.10
|
del $40load_deref.6
|
$52load_deref.12 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$60binary_subscr.16 = getitem(value=R, index=low) :: int64
|
$62call_function.17 = call $52load_deref.12(A, $60binary_subscr.16, func=$52load_deref.12, args=[Var(A, quicksort.py:95), Var($60binary_subscr.16, quicksort.py:105)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $60binary_subscr.16
|
del $52load_deref.12
|
$64call_function.18 = call $38load_deref.5($50call_function.11, $62call_function.17, func=$38load_deref.5, args=[Var($50call_function.11, quicksort.py:105), Var($62call_function.17, quicksort.py:105)], kws=(), vararg=None) :: (int64, int64) -> bool
|
del $62call_function.17
|
del $50call_function.11
|
del $38load_deref.5
|
branch $64call_function.18, 68, 94
|
106:
R[low], R[mid] = R[mid], R[low]
label 68
|
del $64call_function.18
|
$72binary_subscr.2 = getitem(value=R, index=mid) :: int64
|
$78binary_subscr.5 = getitem(value=R, index=low) :: int64
|
R[low] = $72binary_subscr.2 :: (array(int64, 1d, C), int64, int64) -> none
|
del $72binary_subscr.2
|
R[mid] = $78binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del $78binary_subscr.5
|
107:
if LT(GET(A, R[high]), GET(A, R[mid])):
jump 94
|
label 94
|
del $64call_function.18
|
$94load_deref.0 = freevar(LT: <function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>) :: Function(<function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>)
|
$96load_deref.1 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$104binary_subscr.5 = getitem(value=R, index=high) :: int64
|
$106call_function.6 = call $96load_deref.1(A, $104binary_subscr.5, func=$96load_deref.1, args=[Var(A, quicksort.py:95), Var($104binary_subscr.5, quicksort.py:107)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $96load_deref.1
|
del $104binary_subscr.5
|
$108load_deref.7 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$116binary_subscr.11 = getitem(value=R, index=mid) :: int64
|
$118call_function.12 = call $108load_deref.7(A, $116binary_subscr.11, func=$108load_deref.7, args=[Var(A, quicksort.py:95), Var($116binary_subscr.11, quicksort.py:107)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $116binary_subscr.11
|
del $108load_deref.7
|
$120call_function.13 = call $94load_deref.0($106call_function.6, $118call_function.12, func=$94load_deref.0, args=[Var($106call_function.6, quicksort.py:107), Var($118call_function.12, quicksort.py:107)], kws=(), vararg=None) :: (int64, int64) -> bool
|
del $94load_deref.0
|
del $118call_function.12
|
del $106call_function.6
|
branch $120call_function.13, 124, 150
|
108:
R[high], R[mid] = R[mid], R[high]
label 124
|
del $120call_function.13
|
$128binary_subscr.2 = getitem(value=R, index=mid) :: int64
|
$134binary_subscr.5 = getitem(value=R, index=high) :: int64
|
R[high] = $128binary_subscr.2 :: (array(int64, 1d, C), int64, int64) -> none
|
del $128binary_subscr.2
|
R[mid] = $134binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del $134binary_subscr.5
|
109:
if LT(GET(A, R[mid]), GET(A, R[low])):
jump 150
|
label 150
|
del $120call_function.13
|
$150load_deref.0 = freevar(LT: <function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>) :: Function(<function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>)
|
$152load_deref.1 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$160binary_subscr.5 = getitem(value=R, index=mid) :: int64
|
$162call_function.6 = call $152load_deref.1(A, $160binary_subscr.5, func=$152load_deref.1, args=[Var(A, quicksort.py:95), Var($160binary_subscr.5, quicksort.py:109)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $160binary_subscr.5
|
del $152load_deref.1
|
$164load_deref.7 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$172binary_subscr.11 = getitem(value=R, index=low) :: int64
|
$174call_function.12 = call $164load_deref.7(A, $172binary_subscr.11, func=$164load_deref.7, args=[Var(A, quicksort.py:95), Var($172binary_subscr.11, quicksort.py:109)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $172binary_subscr.11
|
del $164load_deref.7
|
$176call_function.13 = call $150load_deref.0($162call_function.6, $174call_function.12, func=$150load_deref.0, args=[Var($162call_function.6, quicksort.py:109), Var($174call_function.12, quicksort.py:109)], kws=(), vararg=None) :: (int64, int64) -> bool
|
del $174call_function.12
|
del $162call_function.6
|
del $150load_deref.0
|
branch $176call_function.13, 180, 206
|
110:
R[low], R[mid] = R[mid], R[low]
label 180
|
del $176call_function.13
|
$184binary_subscr.2 = getitem(value=R, index=mid) :: int64
|
$190binary_subscr.5 = getitem(value=R, index=low) :: int64
|
R[low] = $184binary_subscr.2 :: (array(int64, 1d, C), int64, int64) -> none
|
del $184binary_subscr.2
|
R[mid] = $190binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del $190binary_subscr.5
|
111:
pivot = GET(A, R[mid])
jump 206
|
label 206
|
del $176call_function.13
|
$206load_deref.0 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$214binary_subscr.4 = getitem(value=R, index=mid) :: int64
|
$216call_function.5 = call $206load_deref.0(A, $214binary_subscr.4, func=$206load_deref.0, args=[Var(A, quicksort.py:95), Var($214binary_subscr.4, quicksort.py:111)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $214binary_subscr.4
|
del $206load_deref.0
|
pivot = $216call_function.5 :: int64
|
del $216call_function.5
|
112:
113:
# Temporarily stash the pivot at the end
114:
R[high], R[mid] = R[mid], R[high]
$224binary_subscr.8 = getitem(value=R, index=mid) :: int64
|
$230binary_subscr.11 = getitem(value=R, index=high) :: int64
|
R[high] = $224binary_subscr.8 :: (array(int64, 1d, C), int64, int64) -> none
|
del $224binary_subscr.8
|
R[mid] = $230binary_subscr.11 :: (array(int64, 1d, C), int64, int64) -> none
|
del mid
|
del $230binary_subscr.11
|
115:
i = low
i = low :: int64
|
116:
j = high - 1
$const252.18 = const(int, 1) :: Literal[int](1)
|
$254binary_subtract.19 = high - $const252.18 :: int64
|
del $const252.18
|
j = $254binary_subtract.19 :: int64
|
del $254binary_subtract.19
|
117:
while True:
jump 258
|
label 258
|
118:
while i < high and LT(GET(A, R[i]), pivot):
jump 260
|
label 260
|
jump 262
|
label 262
|
$266compare_op.2 = i < high :: bool
|
branch $266compare_op.2, 272, 306
|
label 272
|
del $266compare_op.2
|
$272load_deref.0 = freevar(LT: <function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>) :: Function(<function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>)
|
$274load_deref.1 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$282binary_subscr.5 = getitem(value=R, index=i) :: int64
|
$284call_function.6 = call $274load_deref.1(A, $282binary_subscr.5, func=$274load_deref.1, args=[Var(A, quicksort.py:95), Var($282binary_subscr.5, quicksort.py:118)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $282binary_subscr.5
|
del $274load_deref.1
|
$288call_function.8 = call $272load_deref.0($284call_function.6, pivot, func=$272load_deref.0, args=[Var($284call_function.6, quicksort.py:118), Var(pivot, quicksort.py:111)], kws=(), vararg=None) :: (int64, int64) -> bool
|
del $284call_function.6
|
del $272load_deref.0
|
branch $288call_function.8, 294, 306
|
119:
i += 1
label 294
|
del $288call_function.8
|
$const296.1 = const(int, 1) :: Literal[int](1)
|
$298inplace_add.2 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=i, rhs=$const296.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const296.1
|
i = $298inplace_add.2 :: int64
|
del $298inplace_add.2
|
jump 262
|
label 306
|
120:
while j >= low and LT(pivot, GET(A, R[j])):
del $288call_function.8
|
del $266compare_op.2
|
jump 308
|
label 308
|
jump 310
|
label 310
|
$314compare_op.2 = j >= low :: bool
|
branch $314compare_op.2, 320, 354
|
label 320
|
del $314compare_op.2
|
$320load_deref.0 = freevar(LT: <function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>) :: Function(<function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>)
|
$324load_deref.2 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$332binary_subscr.6 = getitem(value=R, index=j) :: int64
|
$334call_function.7 = call $324load_deref.2(A, $332binary_subscr.6, func=$324load_deref.2, args=[Var(A, quicksort.py:95), Var($332binary_subscr.6, quicksort.py:120)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $332binary_subscr.6
|
del $324load_deref.2
|
$336call_function.8 = call $320load_deref.0(pivot, $334call_function.7, func=$320load_deref.0, args=[Var(pivot, quicksort.py:111), Var($334call_function.7, quicksort.py:120)], kws=(), vararg=None) :: (int64, int64) -> bool
|
del $334call_function.7
|
del $320load_deref.0
|
branch $336call_function.8, 342, 354
|
121:
j -= 1
label 342
|
del $336call_function.8
|
$const344.1 = const(int, 1) :: Literal[int](1)
|
$346inplace_subtract.2 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=j, rhs=$const344.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const344.1
|
j = $346inplace_subtract.2 :: int64
|
del $346inplace_subtract.2
|
jump 310
|
label 354
|
122:
if i >= j:
del $336call_function.8
|
del $314compare_op.2
|
jump 356
|
label 356
|
$360compare_op.2 = i >= j :: bool
|
branch $360compare_op.2, 366, 368
|
123:
break
label 366
|
del pivot
|
del low
|
del j
|
del A
|
del $360compare_op.2
|
jump 416
|
124:
R[i], R[j] = R[j], R[i]
label 368
|
del $360compare_op.2
|
$372binary_subscr.2 = getitem(value=R, index=j) :: int64
|
$378binary_subscr.5 = getitem(value=R, index=i) :: int64
|
R[i] = $372binary_subscr.2 :: (array(int64, 1d, C), int64, int64) -> none
|
del $372binary_subscr.2
|
R[j] = $378binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del $378binary_subscr.5
|
125:
i += 1
$const396.11 = const(int, 1) :: Literal[int](1)
|
$398inplace_add.12 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=i, rhs=$const396.11, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const396.11
|
i = $398inplace_add.12 :: int64
|
del $398inplace_add.12
|
126:
j -= 1
$const404.14 = const(int, 1) :: Literal[int](1)
|
$406inplace_subtract.15 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=j, rhs=$const404.14, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const404.14
|
j = $406inplace_subtract.15 :: int64
|
del $406inplace_subtract.15
|
jump 260
|
127:
# Put the pivot back in its final place (all items before `i`
128:
# are smaller than the pivot, all items at/after `i` are larger)
129:
R[i], R[high] = R[high], R[i]
label 416
|
$420binary_subscr.2 = getitem(value=R, index=high) :: int64
|
$426binary_subscr.5 = getitem(value=R, index=i) :: int64
|
R[i] = $420binary_subscr.2 :: (array(int64, 1d, C), int64, int64) -> none
|
del $420binary_subscr.2
|
R[high] = $426binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del high
|
del R
|
del $426binary_subscr.5
|
130:
return i
$444return_value.11 = cast(value=i) :: int64
|
del i
|
return $444return_value.11
|
69:
@wrap
| |||||||||||||||||||||||||||||||
70:
def insertion_sort(A, R, low, high):
| |||||||||||||||||||||||||||||||
71:
"""
| |||||||||||||||||||||||||||||||
72:
Insertion sort A[low:high + 1]. Note the inclusive bounds.
| |||||||||||||||||||||||||||||||
73:
"""
| |||||||||||||||||||||||||||||||
|
label 0
|
A = arg(0, name=A) :: array(int64, 1d, C)
|
R = arg(1, name=R) :: array(int64, 1d, C)
|
low = arg(2, name=low) :: int64
|
high = arg(3, name=high) :: int64
|
$const4.1 = const(int, 0) :: Literal[int](0)
|
$6compare_op.2 = low >= $const4.1 :: bool
|
del $const4.1
|
branch $6compare_op.2, 14, 10
|
label 10
|
del low
|
del high
|
del R
|
del A
|
del $6compare_op.2
|
$10load_global.0 = global(AssertionError: <class 'AssertionError'>) :: AssertionError
|
del $10load_global.0
|
raise <class 'AssertionError'>
|
75:
if high <= low:
label 14
|
del $6compare_op.2
|
$18compare_op.2 = high <= low :: bool
|
branch $18compare_op.2, 22, 26
|
76:
return
label 22
|
del low
|
del high
|
del R
|
del A
|
del $18compare_op.2
|
$const22.0 = const(NoneType, None) :: none
|
$24return_value.1 = cast(value=$const22.0) :: none
|
del $const22.0
|
return $24return_value.1
|
77:
78:
for i in range(low + 1, high + 1):
label 26
|
del $18compare_op.2
|
$28load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const32.2 = const(int, 1) :: Literal[int](1)
|
$34binary_add.3 = low + $const32.2 :: int64
|
del $const32.2
|
$const38.5 = const(int, 1) :: Literal[int](1)
|
$40binary_add.6 = high + $const38.5 :: int64
|
del high
|
del $const38.5
|
$42call_function.7 = call $28load_global.0($34binary_add.3, $40binary_add.6, func=$28load_global.0, args=[Var($34binary_add.3, quicksort.py:78), Var($40binary_add.6, quicksort.py:78)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del $40binary_add.6
|
del $34binary_add.3
|
del $28load_global.0
|
$44get_iter.8 = getiter(value=$42call_function.7) :: range_iter_int64
|
del $42call_function.7
|
$phi46.0 = $44get_iter.8 :: range_iter_int64
|
del $44get_iter.8
|
jump 46
|
label 46
|
$46for_iter.1 = iternext(value=$phi46.0) :: pair<int64, bool>
|
$46for_iter.2 = pair_first(value=$46for_iter.1) :: int64
|
$46for_iter.3 = pair_second(value=$46for_iter.1) :: bool
|
del $46for_iter.1
|
$phi48.1 = $46for_iter.2 :: int64
|
del $46for_iter.2
|
branch $46for_iter.3, 48, 144
|
label 48
|
del $46for_iter.3
|
i = $phi48.1 :: int64
|
del $phi48.1
|
79:
k = R[i]
$54binary_subscr.4 = getitem(value=R, index=i) :: int64
|
k = $54binary_subscr.4 :: int64
|
del $54binary_subscr.4
|
80:
v = GET(A, k)
$58load_deref.5 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$64call_function.8 = call $58load_deref.5(A, k, func=$58load_deref.5, args=[Var(A, quicksort.py:74), Var(k, quicksort.py:79)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $58load_deref.5
|
v = $64call_function.8 :: int64
|
del $64call_function.8
|
81:
# Insert v into A[low:i]
82:
j = i
j = i :: int64
|
del i
|
83:
while j > low and LT(v, GET(A, R[j - 1])):
jump 72
|
label 72
|
jump 74
|
label 74
|
$78compare_op.3 = j > low :: bool
|
branch $78compare_op.3, 82, 132
|
label 82
|
del $78compare_op.3
|
$82load_deref.1 = freevar(LT: <function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>) :: Function(<function make_quicksort_impl.<locals>.default_lt at 0x7f51d323f050>)
|
$86load_deref.3 = freevar(GET: <function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>) :: Function(<function make_quicksort_impl.<locals>.GET at 0x7f51d323fc20>)
|
$const94.7 = const(int, 1) :: Literal[int](1)
|
$96binary_subtract.8 = j - $const94.7 :: int64
|
del $const94.7
|
$98binary_subscr.9 = getitem(value=R, index=$96binary_subtract.8) :: int64
|
del $96binary_subtract.8
|
$100call_function.10 = call $86load_deref.3(A, $98binary_subscr.9, func=$86load_deref.3, args=[Var(A, quicksort.py:74), Var($98binary_subscr.9, quicksort.py:83)], kws=(), vararg=None) :: (array(int64, 1d, C), int64) -> int64
|
del $98binary_subscr.9
|
del $86load_deref.3
|
$102call_function.11 = call $82load_deref.1(v, $100call_function.10, func=$82load_deref.1, args=[Var(v, quicksort.py:80), Var($100call_function.10, quicksort.py:83)], kws=(), vararg=None) :: (int64, int64) -> bool
|
del $82load_deref.1
|
del $100call_function.10
|
branch $102call_function.11, 106, 132
|
84:
# Make place for moving A[i] downwards
85:
R[j] = R[j - 1]
label 106
|
del $102call_function.11
|
$const110.3 = const(int, 1) :: Literal[int](1)
|
$112binary_subtract.4 = j - $const110.3 :: int64
|
del $const110.3
|
$114binary_subscr.5 = getitem(value=R, index=$112binary_subtract.4) :: int64
|
del $112binary_subtract.4
|
R[j] = $114binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del $114binary_subscr.5
|
86:
j -= 1
$const124.9 = const(int, 1) :: Literal[int](1)
|
$126inplace_subtract.10 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=j, rhs=$const124.9, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const124.9
|
j = $126inplace_subtract.10 :: int64
|
del $126inplace_subtract.10
|
jump 74
|
label 132
|
87:
R[j] = k
del v
|
del $78compare_op.3
|
del $102call_function.11
|
jump 134
|
label 134
|
R[j] = k :: (array(int64, 1d, C), int64, int64) -> none
|
del k
|
del j
|
jump 46
|
label 144
|
del low
|
del R
|
del A
|
del $phi48.1
|
del $phi46.0
|
del $46for_iter.3
|
jump 146
|
label 146
|
$const146.0 = const(NoneType, None) :: none
|
$148return_value.1 = cast(value=$const146.0) :: none
|
del $const146.0
|
return $148return_value.1
|
167:
@wrap
| |||||||||||||||||
168:
def run_quicksort(A):
| |||||||||||||||||
|
label 0
|
A = arg(0, name=A) :: array(int64, 1d, C)
|
$2load_deref.0 = freevar(make_res: <function make_quicksort_impl.<locals>.make_res at 0x7f51d323fcb0>) :: Function(<function make_quicksort_impl.<locals>.make_res at 0x7f51d323fcb0>)
|
$6call_function.2 = call $2load_deref.0(A, func=$2load_deref.0, args=[Var(A, quicksort.py:169)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> array(int64, 1d, C)
|
del $2load_deref.0
|
R = $6call_function.2 :: array(int64, 1d, C)
|
del $6call_function.2
|
170:
171:
if len(A) < 2:
$10load_global.3 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$14call_function.5 = call $10load_global.3(A, func=$10load_global.3, args=[Var(A, quicksort.py:169)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> int64
|
del $10load_global.3
|
$const16.6 = const(int, 2) :: Literal[int](2)
|
$18compare_op.7 = $14call_function.5 < $const16.6 :: bool
|
del $const16.6
|
del $14call_function.5
|
branch $18compare_op.7, 22, 26
|
172:
return R
label 22
|
del A
|
del $18compare_op.7
|
$24return_value.1 = cast(value=R) :: array(int64, 1d, C)
|
del R
|
return $24return_value.1
|
173:
174:
stack = [Partition(zero, zero)] * MAX_STACK
label 26
|
del $18compare_op.7
|
$26load_global.0 = global(Partition: <class 'numba.targets.quicksort.Partition'>) :: class(<class 'numba.targets.quicksort.Partition'>)
|
$28load_deref.1 = freevar(zero: 0) :: int64
|
$30load_deref.2 = freevar(zero: 0) :: int64
|
$32call_function.3 = call $26load_global.0($28load_deref.1, $30load_deref.2, func=$26load_global.0, args=[Var($28load_deref.1, quicksort.py:174), Var($30load_deref.2, quicksort.py:174)], kws=(), vararg=None) :: (int64, int64) -> Partition(int64 x 2)
|
del $30load_deref.2
|
del $28load_deref.1
|
del $26load_global.0
|
$34build_list.4 = build_list(items=[Var($32call_function.3, quicksort.py:174)]) :: list(Partition(int64 x 2))
|
del $32call_function.3
|
$36load_global.5 = global(MAX_STACK: 100) :: Literal[int](100)
|
$38binary_multiply.6 = $34build_list.4 * $36load_global.5 :: list(Partition(int64 x 2))
|
del $36load_global.5
|
del $34build_list.4
|
stack = $38binary_multiply.6 :: list(Partition(int64 x 2))
|
del $38binary_multiply.6
|
175:
stack[0] = Partition(zero, len(A) - 1)
$42load_global.7 = global(Partition: <class 'numba.targets.quicksort.Partition'>) :: class(<class 'numba.targets.quicksort.Partition'>)
|
$44load_deref.8 = freevar(zero: 0) :: int64
|
$46load_global.9 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$50call_function.11 = call $46load_global.9(A, func=$46load_global.9, args=[Var(A, quicksort.py:169)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> int64
|
del $46load_global.9
|
$const52.12 = const(int, 1) :: Literal[int](1)
|
$54binary_subtract.13 = $50call_function.11 - $const52.12 :: int64
|
del $const52.12
|
del $50call_function.11
|
$56call_function.14 = call $42load_global.7($44load_deref.8, $54binary_subtract.13, func=$42load_global.7, args=[Var($44load_deref.8, quicksort.py:175), Var($54binary_subtract.13, quicksort.py:175)], kws=(), vararg=None) :: (int64, int64) -> Partition(int64 x 2)
|
del $54binary_subtract.13
|
del $44load_deref.8
|
del $42load_global.7
|
$const60.16 = const(int, 0) :: Literal[int](0)
|
stack[0] = $56call_function.14
|
del $const60.16
|
del $56call_function.14
|
176:
n = 1
$const64.17 = const(int, 1) :: Literal[int](1)
|
n = $const64.17 :: int64
|
del $const64.17
|
177:
178:
while n > 0:
jump 68
|
label 68
|
jump 70
|
label 70
|
$const72.1 = const(int, 0) :: Literal[int](0)
|
$74compare_op.2 = n > $const72.1 :: bool
|
del $const72.1
|
branch $74compare_op.2, 80, 262
|
179:
n -= 1
label 80
|
del $74compare_op.2
|
$const82.1 = const(int, 1) :: Literal[int](1)
|
$84inplace_subtract.2 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=n, rhs=$const82.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const82.1
|
n = $84inplace_subtract.2 :: int64
|
del $84inplace_subtract.2
|
180:
low, high = stack[n]
$92binary_subscr.5 = getitem(value=stack, index=n) :: Partition(int64 x 2)
|
$94unpack_sequence.8 = exhaust_iter(value=$92binary_subscr.5, count=2) :: Partition(int64 x 2)
|
del $92binary_subscr.5
|
$94unpack_sequence.6 = static_getitem(value=$94unpack_sequence.8, index=0, index_var=None) :: int64
|
$94unpack_sequence.7 = static_getitem(value=$94unpack_sequence.8, index=1, index_var=None) :: int64
|
del $94unpack_sequence.8
|
low = $94unpack_sequence.6 :: int64
|
del $94unpack_sequence.6
|
high = $94unpack_sequence.7 :: int64
|
del $94unpack_sequence.7
|
181:
# Partition until it becomes more efficient to do an insertion sort
182:
while high - low >= SMALL_QUICKSORT:
jump 100
|
label 100
|
jump 102
|
label 102
|
$106binary_subtract.2 = high - low :: int64
|
$108load_global.3 = global(SMALL_QUICKSORT: 15) :: Literal[int](15)
|
$110compare_op.4 = $106binary_subtract.2 >= $108load_global.3 :: bool
|
del $108load_global.3
|
del $106binary_subtract.2
|
branch $110compare_op.4, 114, 244
|
label 265
|
jump 102
|
183:
assert n < MAX_STACK
label 114
|
del $110compare_op.4
|
$116load_global.1 = global(MAX_STACK: 100) :: Literal[int](100)
|
$118compare_op.2 = n < $116load_global.1 :: bool
|
del $116load_global.1
|
branch $118compare_op.2, 126, 122
|
label 122
|
del stack
|
del n
|
del low
|
del high
|
del R
|
del A
|
del $118compare_op.2
|
$122load_global.0 = global(AssertionError: <class 'AssertionError'>) :: AssertionError
|
del $122load_global.0
|
raise <class 'AssertionError'>
|
184:
i = partition(A, R, low, high)
label 126
|
del $118compare_op.2
|
$126load_deref.0 = freevar(partition: <function make_quicksort_impl.<locals>.partition at 0x7f51d3aac200>) :: Function(<function make_quicksort_impl.<locals>.partition at 0x7f51d3aac200>)
|
$136call_function.5 = call $126load_deref.0(A, R, low, high, func=$126load_deref.0, args=[Var(A, quicksort.py:169), Var(R, quicksort.py:169), Var(low, quicksort.py:180), Var(high, quicksort.py:180)], kws=(), vararg=None) :: (array(int64, 1d, C), array(int64, 1d, C), int64, int64) -> int64
|
del $126load_deref.0
|
i = $136call_function.5 :: int64
|
del $136call_function.5
|
185:
# Push largest partition on the stack
186:
if high - i > i - low:
$144binary_subtract.8 = high - i :: int64
|
$150binary_subtract.11 = i - low :: int64
|
$152compare_op.12 = $144binary_subtract.8 > $150binary_subtract.11 :: bool
|
del $150binary_subtract.11
|
del $144binary_subtract.8
|
branch $152compare_op.12, 156, 200
|
187:
# Right is larger
188:
if high > i:
label 156
|
del $152compare_op.12
|
$160compare_op.2 = high > i :: bool
|
branch $160compare_op.2, 164, 190
|
189:
stack[n] = Partition(i + 1, high)
label 164
|
del $160compare_op.2
|
$164load_global.0 = global(Partition: <class 'numba.targets.quicksort.Partition'>) :: class(<class 'numba.targets.quicksort.Partition'>)
|
$const168.2 = const(int, 1) :: Literal[int](1)
|
$170binary_add.3 = i + $const168.2 :: int64
|
del $const168.2
|
$174call_function.5 = call $164load_global.0($170binary_add.3, high, func=$164load_global.0, args=[Var($170binary_add.3, quicksort.py:189), Var(high, quicksort.py:180)], kws=(), vararg=None) :: (int64, int64) -> Partition(int64 x 2)
|
del high
|
del $170binary_add.3
|
del $164load_global.0
|
stack[n] = $174call_function.5 :: (list(Partition(int64 x 2)), int64, Partition(int64 x 2)) -> none
|
del $174call_function.5
|
190:
n += 1
$const184.9 = const(int, 1) :: Literal[int](1)
|
$186inplace_add.10 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=n, rhs=$const184.9, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const184.9
|
n = $186inplace_add.10 :: int64
|
del $186inplace_add.10
|
191:
high = i - 1
jump 190
|
label 190
|
del $160compare_op.2
|
$const192.1 = const(int, 1) :: Literal[int](1)
|
$194binary_subtract.2 = i - $const192.1 :: int64
|
del i
|
del $const192.1
|
high = $194binary_subtract.2 :: int64
|
del $194binary_subtract.2
|
jump 265
|
192:
else:
193:
if i > low:
label 200
|
del $152compare_op.12
|
$204compare_op.2 = i > low :: bool
|
branch $204compare_op.2, 208, 234
|
194:
stack[n] = Partition(low, i - 1)
label 208
|
del $204compare_op.2
|
$208load_global.0 = global(Partition: <class 'numba.targets.quicksort.Partition'>) :: class(<class 'numba.targets.quicksort.Partition'>)
|
$const214.3 = const(int, 1) :: Literal[int](1)
|
$216binary_subtract.4 = i - $const214.3 :: int64
|
del $const214.3
|
$218call_function.5 = call $208load_global.0(low, $216binary_subtract.4, func=$208load_global.0, args=[Var(low, quicksort.py:180), Var($216binary_subtract.4, quicksort.py:194)], kws=(), vararg=None) :: (int64, int64) -> Partition(int64 x 2)
|
del low
|
del $216binary_subtract.4
|
del $208load_global.0
|
stack[n] = $218call_function.5 :: (list(Partition(int64 x 2)), int64, Partition(int64 x 2)) -> none
|
del $218call_function.5
|
195:
n += 1
$const228.9 = const(int, 1) :: Literal[int](1)
|
$230inplace_add.10 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=n, rhs=$const228.9, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const228.9
|
n = $230inplace_add.10 :: int64
|
del $230inplace_add.10
|
196:
low = i + 1
jump 234
|
label 234
|
del $204compare_op.2
|
$const236.1 = const(int, 1) :: Literal[int](1)
|
$238binary_add.2 = i + $const236.1 :: int64
|
del i
|
del $const236.1
|
low = $238binary_add.2 :: int64
|
del $238binary_add.2
|
jump 265
|
label 244
|
197:
198:
insertion_sort(A, R, low, high)
del $110compare_op.4
|
jump 246
|
label 246
|
$246load_deref.0 = freevar(insertion_sort: <function make_quicksort_impl.<locals>.insertion_sort at 0x7f51d3b4e4d0>) :: Function(<function make_quicksort_impl.<locals>.insertion_sort at 0x7f51d3b4e4d0>)
|
$256call_function.5 = call $246load_deref.0(A, R, low, high, func=$246load_deref.0, args=[Var(A, quicksort.py:169), Var(R, quicksort.py:169), Var(low, quicksort.py:180), Var(high, quicksort.py:180)], kws=(), vararg=None) :: (array(int64, 1d, C), array(int64, 1d, C), int64, int64) -> none
|
del low
|
del high
|
del $256call_function.5
|
del $246load_deref.0
|
jump 70
|
label 262
|
199:
200:
return R
del stack
|
del n
|
del A
|
del $74compare_op.2
|
jump 264
|
label 264
|
$266return_value.1 = cast(value=R) :: array(int64, 1d, C)
|
del R
|
return $266return_value.1
|
4948:
def array_argsort_impl(arr):
| |||||||||
|
label 0
|
arr = arg(0, name=arr) :: array(int64, 1d, C)
|
$2load_deref.0 = freevar(sort_func: <function make_quicksort_impl.<locals>.run_quicksort at 0x7f51d344b050>) :: Function(<function make_quicksort_impl.<locals>.run_quicksort at 0x7f51d344b050>)
|
$6call_function.2 = call $2load_deref.0(arr, func=$2load_deref.0, args=[Var(arr, arrayobj.py:4949)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> array(int64, 1d, C)
|
del arr
|
del $2load_deref.0
|
$8return_value.3 = cast(value=$6call_function.2) :: array(int64, 1d, C)
|
del $6call_function.2
|
return $8return_value.3
|
192:
@njit
| |||||||||||||||||||||||||||||||||||||||||
193:
def final_assembly(
| |||||||||||||||||||||||||||||||||||||||||
194:
points,
| |||||||||||||||||||||||||||||||||||||||||
195:
new_points,
| |||||||||||||||||||||||||||||||||||||||||
196:
rounds,
| |||||||||||||||||||||||||||||||||||||||||
197:
boundary_indices,
| |||||||||||||||||||||||||||||||||||||||||
198:
points_left_old,
| |||||||||||||||||||||||||||||||||||||||||
199:
points_left_new,
| |||||||||||||||||||||||||||||||||||||||||
200:
hilbert_arr,
| |||||||||||||||||||||||||||||||||||||||||
201:
org_points,
| |||||||||||||||||||||||||||||||||||||||||
202:
temp_points,
| |||||||||||||||||||||||||||||||||||||||||
203:
new_indices,
| |||||||||||||||||||||||||||||||||||||||||
204:
p
| |||||||||||||||||||||||||||||||||||||||||
205:
):
| |||||||||||||||||||||||||||||||||||||||||
|
label 0
|
points = arg(0, name=points) :: array(float64, 2d, C)
|
new_points = arg(1, name=new_points) :: array(float64, 2d, C)
|
rounds = arg(2, name=rounds) :: array(int64, 1d, C)
|
boundary_indices = arg(3, name=boundary_indices) :: array(int64, 1d, C)
|
points_left_old = arg(4, name=points_left_old) :: array(int64, 1d, C)
|
del points_left_old
|
points_left_new = arg(5, name=points_left_new) :: array(int64, 1d, C)
|
del points_left_new
|
hilbert_arr = arg(6, name=hilbert_arr) :: array(int64, 2d, C)
|
org_points = arg(7, name=org_points) :: array(float64, 2d, C)
|
temp_points = arg(8, name=temp_points) :: array(float64, 2d, C)
|
new_indices = arg(9, name=new_indices) :: array(int64, 1d, C)
|
p = arg(10, name=p) :: int64
|
$2load_global.0 = global(make_hilbert_curve: CPUDispatcher(<function make_hilbert_curve at 0x7f51d4f469e0>)) :: type(CPUDispatcher(<function make_hilbert_curve at 0x7f51d4f469e0>))
|
$8call_function.3 = call $2load_global.0(hilbert_arr, p, func=$2load_global.0, args=[Var(hilbert_arr, BRIO_2D_multidimarr.py:206), Var(p, BRIO_2D_multidimarr.py:206)], kws=(), vararg=None) :: (array(int64, 2d, C), int64) -> none
|
del $8call_function.3
|
del $2load_global.0
|
207:
208:
for i in range(len(boundary_indices)-1):
jump 12
|
label 12
|
$14load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$16load_global.1 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$20call_function.3 = call $16load_global.1(boundary_indices, func=$16load_global.1, args=[Var(boundary_indices, BRIO_2D_multidimarr.py:206)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> int64
|
del $16load_global.1
|
$const22.4 = const(int, 1) :: Literal[int](1)
|
$24binary_subtract.5 = $20call_function.3 - $const22.4 :: int64
|
del $const22.4
|
del $20call_function.3
|
$26call_function.6 = call $14load_global.0($24binary_subtract.5, func=$14load_global.0, args=[Var($24binary_subtract.5, BRIO_2D_multidimarr.py:208)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $24binary_subtract.5
|
del $14load_global.0
|
$28get_iter.7 = getiter(value=$26call_function.6) :: range_iter_int64
|
del $26call_function.6
|
$phi30.0 = $28get_iter.7 :: range_iter_int64
|
del $28get_iter.7
|
jump 30
|
label 30
|
$30for_iter.1 = iternext(value=$phi30.0) :: pair<int64, bool>
|
$30for_iter.2 = pair_first(value=$30for_iter.1) :: int64
|
$30for_iter.3 = pair_second(value=$30for_iter.1) :: bool
|
del $30for_iter.1
|
$phi32.1 = $30for_iter.2 :: int64
|
del $30for_iter.2
|
branch $30for_iter.3, 32, 244
|
label 32
|
del $30for_iter.3
|
i = $phi32.1 :: int64
|
del $phi32.1
|
209:
org_points_end = 0
$const34.2 = const(int, 0) :: Literal[int](0)
|
org_points_end = $const34.2 :: int64
|
del $const34.2
|
210:
211:
for j in range(boundary_indices[i], boundary_indices[i+1]):
jump 38
|
label 38
|
$40load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$46binary_subscr.4 = getitem(value=boundary_indices, index=i) :: int64
|
$const52.7 = const(int, 1) :: Literal[int](1)
|
$54binary_add.8 = i + $const52.7 :: int64
|
del $const52.7
|
$56binary_subscr.9 = getitem(value=boundary_indices, index=$54binary_add.8) :: int64
|
del $54binary_add.8
|
$58call_function.10 = call $40load_global.1($46binary_subscr.4, $56binary_subscr.9, func=$40load_global.1, args=[Var($46binary_subscr.4, BRIO_2D_multidimarr.py:211), Var($56binary_subscr.9, BRIO_2D_multidimarr.py:211)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del $56binary_subscr.9
|
del $46binary_subscr.4
|
del $40load_global.1
|
$60get_iter.11 = getiter(value=$58call_function.10) :: range_iter_int64
|
del $58call_function.10
|
$phi62.1 = $60get_iter.11 :: range_iter_int64
|
del $60get_iter.11
|
jump 62
|
label 62
|
$62for_iter.2 = iternext(value=$phi62.1) :: pair<int64, bool>
|
$62for_iter.3 = pair_first(value=$62for_iter.2) :: int64
|
$62for_iter.4 = pair_second(value=$62for_iter.2) :: bool
|
del $62for_iter.2
|
$phi64.2 = $62for_iter.3 :: int64
|
del $62for_iter.3
|
branch $62for_iter.4, 64, 124
|
label 64
|
del $62for_iter.4
|
j = $phi64.2 :: int64
|
del $phi64.2
|
212:
org_points[org_points_end, 0] = points[rounds[j], 0]
$72binary_subscr.6 = getitem(value=rounds, index=j) :: int64
|
$const74.7 = const(int, 0) :: Literal[int](0)
|
$76build_tuple.8 = build_tuple(items=[Var($72binary_subscr.6, BRIO_2D_multidimarr.py:212), Var($const74.7, BRIO_2D_multidimarr.py:212)]) :: Tuple(int64, Literal[int](0))
|
del $const74.7
|
del $72binary_subscr.6
|
$78binary_subscr.9 = getitem(value=points, index=$76build_tuple.8) :: float64
|
del $76build_tuple.8
|
$const84.12 = const(int, 0) :: Literal[int](0)
|
$86build_tuple.13 = build_tuple(items=[Var(org_points_end, BRIO_2D_multidimarr.py:209), Var($const84.12, BRIO_2D_multidimarr.py:212)]) :: Tuple(int64, Literal[int](0))
|
del $const84.12
|
org_points[$86build_tuple.13] = $78binary_subscr.9 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $86build_tuple.13
|
del $78binary_subscr.9
|
213:
org_points[org_points_end, 1] = points[rounds[j], 1]
$96binary_subscr.17 = getitem(value=rounds, index=j) :: int64
|
del j
|
$const98.18 = const(int, 1) :: Literal[int](1)
|
$100build_tuple.19 = build_tuple(items=[Var($96binary_subscr.17, BRIO_2D_multidimarr.py:213), Var($const98.18, BRIO_2D_multidimarr.py:213)]) :: Tuple(int64, Literal[int](1))
|
del $const98.18
|
del $96binary_subscr.17
|
$102binary_subscr.20 = getitem(value=points, index=$100build_tuple.19) :: float64
|
del $100build_tuple.19
|
$const108.23 = const(int, 1) :: Literal[int](1)
|
$110build_tuple.24 = build_tuple(items=[Var(org_points_end, BRIO_2D_multidimarr.py:209), Var($const108.23, BRIO_2D_multidimarr.py:213)]) :: Tuple(int64, Literal[int](1))
|
del $const108.23
|
org_points[$110build_tuple.24] = $102binary_subscr.20 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $110build_tuple.24
|
del $102binary_subscr.20
|
214:
org_points_end += 1
$const116.26 = const(int, 1) :: Literal[int](1)
|
$118inplace_add.27 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=org_points_end, rhs=$const116.26, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const116.26
|
org_points_end = $118inplace_add.27 :: int64
|
del $118inplace_add.27
|
jump 62
|
label 124
|
215:
216:
sort_along_hilbert_curve(org_points, temp_points, hilbert_arr,
del $phi64.2
|
del $phi62.1
|
del $62for_iter.4
|
jump 126
|
label 126
|
$126load_global.1 = global(sort_along_hilbert_curve: CPUDispatcher(<function sort_along_hilbert_curve at 0x7f51d4d107a0>)) :: type(CPUDispatcher(<function sort_along_hilbert_curve at 0x7f51d4d107a0>))
|
217:
new_indices, org_points_end, p)
$140call_function.8 = call $126load_global.1(org_points, temp_points, hilbert_arr, new_indices, org_points_end, p, func=$126load_global.1, args=[Var(org_points, BRIO_2D_multidimarr.py:206), Var(temp_points, BRIO_2D_multidimarr.py:206), Var(hilbert_arr, BRIO_2D_multidimarr.py:206), Var(new_indices, BRIO_2D_multidimarr.py:206), Var(org_points_end, BRIO_2D_multidimarr.py:209), Var(p, BRIO_2D_multidimarr.py:206)], kws=(), vararg=None) :: (array(float64, 2d, C), array(float64, 2d, C), array(int64, 2d, C), array(int64, 1d, C), int64, int64) -> none
|
del $140call_function.8
|
del $126load_global.1
|
218:
219:
for j in range(boundary_indices[i+1]-1, boundary_indices[i]-1, -1):
jump 144
|
label 144
|
$146load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const152.4 = const(int, 1) :: Literal[int](1)
|
$154binary_add.5 = i + $const152.4 :: int64
|
del $const152.4
|
$156binary_subscr.6 = getitem(value=boundary_indices, index=$154binary_add.5) :: int64
|
del $154binary_add.5
|
$const158.7 = const(int, 1) :: Literal[int](1)
|
$160binary_subtract.8 = $156binary_subscr.6 - $const158.7 :: int64
|
del $const158.7
|
del $156binary_subscr.6
|
$166binary_subscr.11 = getitem(value=boundary_indices, index=i) :: int64
|
del i
|
$const168.12 = const(int, 1) :: Literal[int](1)
|
$170binary_subtract.13 = $166binary_subscr.11 - $const168.12 :: int64
|
del $const168.12
|
del $166binary_subscr.11
|
$const172.14 = const(int, -1) :: Literal[int](-1)
|
$174call_function.15 = call $146load_global.1($160binary_subtract.8, $170binary_subtract.13, $const172.14, func=$146load_global.1, args=[Var($160binary_subtract.8, BRIO_2D_multidimarr.py:219), Var($170binary_subtract.13, BRIO_2D_multidimarr.py:219), Var($const172.14, BRIO_2D_multidimarr.py:219)], kws=(), vararg=None) :: (int64, int64, int64) -> range_state_int64
|
del $const172.14
|
del $170binary_subtract.13
|
del $160binary_subtract.8
|
del $146load_global.1
|
$176get_iter.16 = getiter(value=$174call_function.15) :: range_iter_int64
|
del $174call_function.15
|
$phi178.1 = $176get_iter.16 :: range_iter_int64
|
del $176get_iter.16
|
jump 178
|
label 178
|
$178for_iter.2 = iternext(value=$phi178.1) :: pair<int64, bool>
|
$178for_iter.3 = pair_first(value=$178for_iter.2) :: int64
|
$178for_iter.4 = pair_second(value=$178for_iter.2) :: bool
|
del $178for_iter.2
|
$phi180.2 = $178for_iter.3 :: int64
|
del $178for_iter.3
|
branch $178for_iter.4, 180, 240
|
label 180
|
del $178for_iter.4
|
j = $phi180.2 :: int64
|
del $phi180.2
|
220:
new_points[j, 0] = temp_points[org_points_end-1, 0]
$const186.5 = const(int, 1) :: Literal[int](1)
|
$188binary_subtract.6 = org_points_end - $const186.5 :: int64
|
del $const186.5
|
$const190.7 = const(int, 0) :: Literal[int](0)
|
$192build_tuple.8 = build_tuple(items=[Var($188binary_subtract.6, BRIO_2D_multidimarr.py:220), Var($const190.7, BRIO_2D_multidimarr.py:220)]) :: Tuple(int64, Literal[int](0))
|
del $const190.7
|
del $188binary_subtract.6
|
$194binary_subscr.9 = getitem(value=temp_points, index=$192build_tuple.8) :: float64
|
del $192build_tuple.8
|
$const200.12 = const(int, 0) :: Literal[int](0)
|
$202build_tuple.13 = build_tuple(items=[Var(j, BRIO_2D_multidimarr.py:211), Var($const200.12, BRIO_2D_multidimarr.py:220)]) :: Tuple(int64, Literal[int](0))
|
del $const200.12
|
new_points[$202build_tuple.13] = $194binary_subscr.9 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $202build_tuple.13
|
del $194binary_subscr.9
|
221:
new_points[j, 1] = temp_points[org_points_end-1, 1]
$const210.16 = const(int, 1) :: Literal[int](1)
|
$212binary_subtract.17 = org_points_end - $const210.16 :: int64
|
del $const210.16
|
$const214.18 = const(int, 1) :: Literal[int](1)
|
$216build_tuple.19 = build_tuple(items=[Var($212binary_subtract.17, BRIO_2D_multidimarr.py:221), Var($const214.18, BRIO_2D_multidimarr.py:221)]) :: Tuple(int64, Literal[int](1))
|
del $const214.18
|
del $212binary_subtract.17
|
$218binary_subscr.20 = getitem(value=temp_points, index=$216build_tuple.19) :: float64
|
del $216build_tuple.19
|
$const224.23 = const(int, 1) :: Literal[int](1)
|
$226build_tuple.24 = build_tuple(items=[Var(j, BRIO_2D_multidimarr.py:211), Var($const224.23, BRIO_2D_multidimarr.py:221)]) :: Tuple(int64, Literal[int](1))
|
del j
|
del $const224.23
|
new_points[$226build_tuple.24] = $218binary_subscr.20 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $226build_tuple.24
|
del $218binary_subscr.20
|
222:
org_points_end -= 1
$const232.26 = const(int, 1) :: Literal[int](1)
|
$234inplace_subtract.27 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=org_points_end, rhs=$const232.26, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const232.26
|
org_points_end = $234inplace_subtract.27 :: int64
|
del $234inplace_subtract.27
|
jump 178
|
label 240
|
del org_points_end
|
del $phi180.2
|
del $phi178.1
|
del $178for_iter.4
|
jump 242
|
label 242
|
jump 30
|
label 244
|
223:
224:
return
del temp_points
|
del rounds
|
del points
|
del p
|
del org_points
|
del new_points
|
del new_indices
|
del hilbert_arr
|
del boundary_indices
|
del $phi32.1
|
del $phi30.0
|
del $30for_iter.3
|
jump 246
|
label 246
|
$const246.0 = const(NoneType, None) :: none
|
$248return_value.1 = cast(value=$const246.0) :: none
|
del $const246.0
|
return $248return_value.1
|
604:
@njit
| |||||||||||||||||||||||||||||||||
605:
def initialize(points, vertices_ID, neighbour_ID):
| |||||||||||||||||||||||||||||||||
606:
| |||||||||||||||||||||||||||||||||
|
label 0
|
points = arg(0, name=points) :: array(float64, 2d, C)
|
vertices_ID = arg(1, name=vertices_ID) :: array(int64, 2d, C)
|
neighbour_ID = arg(2, name=neighbour_ID) :: array(int64, 2d, C)
|
$2load_global.0 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$6call_function.2 = call $2load_global.0(points, func=$2load_global.0, args=[Var(points, final_2D_robust_multidimarr.py:607)], kws=(), vararg=None) :: (array(float64, 2d, C),) -> int64
|
del $2load_global.0
|
N = $6call_function.2 :: int64
|
del $6call_function.2
|
608:
609:
a_x = points[0, 0]
$const_0 = const(int, 0) :: Literal[int](0)
|
$const_0.1 = const(int, 0) :: Literal[int](0)
|
$const12.4 = build_tuple(items=[Var($const_0, final_2D_robust_multidimarr.py:609), Var($const_0.1, final_2D_robust_multidimarr.py:609)]) :: UniTuple(Literal[int](0) x 2)
|
del $const_0.1
|
del $const_0
|
$14binary_subscr.5 = static_getitem(value=points, index=(0, 0), index_var=$const12.4) :: float64
|
del $const12.4
|
a_x = $14binary_subscr.5 :: float64
|
del $14binary_subscr.5
|
610:
a_y = points[0, 1]
$const_0.2 = const(int, 0) :: Literal[int](0)
|
$const_1 = const(int, 1) :: Literal[int](1)
|
$const20.7 = build_tuple(items=[Var($const_0.2, final_2D_robust_multidimarr.py:610), Var($const_1, final_2D_robust_multidimarr.py:610)]) :: Tuple(Literal[int](0), Literal[int](1))
|
del $const_1
|
del $const_0.2
|
$22binary_subscr.8 = static_getitem(value=points, index=(0, 1), index_var=$const20.7) :: float64
|
del $const20.7
|
a_y = $22binary_subscr.8 :: float64
|
del $22binary_subscr.8
|
611:
b_x = points[1, 0]
$const_1.1 = const(int, 1) :: Literal[int](1)
|
$const_0.3 = const(int, 0) :: Literal[int](0)
|
$const28.10 = build_tuple(items=[Var($const_1.1, final_2D_robust_multidimarr.py:611), Var($const_0.3, final_2D_robust_multidimarr.py:611)]) :: Tuple(Literal[int](1), Literal[int](0))
|
del $const_1.1
|
del $const_0.3
|
$30binary_subscr.11 = static_getitem(value=points, index=(1, 0), index_var=$const28.10) :: float64
|
del $const28.10
|
b_x = $30binary_subscr.11 :: float64
|
del $30binary_subscr.11
|
612:
b_y = points[1, 1]
$const_1.2 = const(int, 1) :: Literal[int](1)
|
$const_1.3 = const(int, 1) :: Literal[int](1)
|
$const36.13 = build_tuple(items=[Var($const_1.2, final_2D_robust_multidimarr.py:612), Var($const_1.3, final_2D_robust_multidimarr.py:612)]) :: UniTuple(Literal[int](1) x 2)
|
del $const_1.3
|
del $const_1.2
|
$38binary_subscr.14 = static_getitem(value=points, index=(1, 1), index_var=$const36.13) :: float64
|
del $const36.13
|
b_y = $38binary_subscr.14 :: float64
|
del $38binary_subscr.14
|
613:
614:
num_tri = np.int64(0)
$42load_global.15 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$44load_method.16 = getattr(value=$42load_global.15, attr=int64) :: class(int64)
|
del $42load_global.15
|
$const46.17 = const(int, 0) :: Literal[int](0)
|
$48call_method.18 = call $44load_method.16($const46.17, func=$44load_method.16, args=[Var($const46.17, final_2D_robust_multidimarr.py:614)], kws=(), vararg=None) :: (Literal[int](0),) -> int64
|
del $const46.17
|
del $44load_method.16
|
num_tri = $48call_method.18 :: int64
|
del $48call_method.18
|
615:
616:
idx = 2
$const52.19 = const(int, 2) :: Literal[int](2)
|
idx = $const52.19 :: int64
|
del $const52.19
|
617:
while True:
jump 56
|
label 56
|
618:
p_x = points[idx, 0]
jump 60
|
label 60
|
$const64.2 = const(int, 0) :: Literal[int](0)
|
$66build_tuple.3 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const64.2, final_2D_robust_multidimarr.py:618)]) :: Tuple(int64, Literal[int](0))
|
del $const64.2
|
$68binary_subscr.4 = getitem(value=points, index=$66build_tuple.3) :: float64
|
del $66build_tuple.3
|
p_x = $68binary_subscr.4 :: float64
|
del $68binary_subscr.4
|
619:
p_y = points[idx, 1]
$const76.7 = const(int, 1) :: Literal[int](1)
|
$78build_tuple.8 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const76.7, final_2D_robust_multidimarr.py:619)]) :: Tuple(int64, Literal[int](1))
|
del $const76.7
|
$80binary_subscr.9 = getitem(value=points, index=$78build_tuple.8) :: float64
|
del $78build_tuple.8
|
p_y = $80binary_subscr.9 :: float64
|
del $80binary_subscr.9
|
620:
signed_area = (b_x-a_x)*(p_y-a_y)-(p_x-a_x)*(b_y-a_y)
$88binary_subtract.12 = b_x - a_x :: float64
|
$94binary_subtract.15 = p_y - a_y :: float64
|
del p_y
|
$96binary_multiply.16 = $88binary_subtract.12 * $94binary_subtract.15 :: float64
|
del $94binary_subtract.15
|
del $88binary_subtract.12
|
$102binary_subtract.19 = p_x - a_x :: float64
|
del p_x
|
$108binary_subtract.22 = b_y - a_y :: float64
|
$110binary_multiply.23 = $102binary_subtract.19 * $108binary_subtract.22 :: float64
|
del $108binary_subtract.22
|
del $102binary_subtract.19
|
$112binary_subtract.24 = $96binary_multiply.16 - $110binary_multiply.23 :: float64
|
del $96binary_multiply.16
|
del $110binary_multiply.23
|
signed_area = $112binary_subtract.24 :: float64
|
del $112binary_subtract.24
|
621:
if signed_area > 0:
$const118.26 = const(int, 0) :: Literal[int](0)
|
$120compare_op.27 = signed_area > $const118.26 :: bool
|
del $const118.26
|
branch $120compare_op.27, 124, 196
|
622:
points[2, 0], points[idx, 0] = points[idx, 0], points[2, 0]
label 124
|
del signed_area
|
del b_y
|
del b_x
|
del a_y
|
del a_x
|
del $120compare_op.27
|
$const128.2 = const(int, 0) :: Literal[int](0)
|
$130build_tuple.3 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const128.2, final_2D_robust_multidimarr.py:622)]) :: Tuple(int64, Literal[int](0))
|
del $const128.2
|
$132binary_subscr.4 = getitem(value=points, index=$130build_tuple.3) :: float64
|
del $130build_tuple.3
|
$const_2 = const(int, 2) :: Literal[int](2)
|
$const_0.4 = const(int, 0) :: Literal[int](0)
|
$const136.6 = build_tuple(items=[Var($const_2, final_2D_robust_multidimarr.py:622), Var($const_0.4, final_2D_robust_multidimarr.py:622)]) :: Tuple(Literal[int](2), Literal[int](0))
|
del $const_2
|
del $const_0.4
|
$138binary_subscr.7 = static_getitem(value=points, index=(2, 0), index_var=$const136.6) :: float64
|
del $const136.6
|
$const_2.1 = const(int, 2) :: Literal[int](2)
|
$const_0.5 = const(int, 0) :: Literal[int](0)
|
$const144.9 = build_tuple(items=[Var($const_2.1, final_2D_robust_multidimarr.py:622), Var($const_0.5, final_2D_robust_multidimarr.py:622)]) :: Tuple(Literal[int](2), Literal[int](0))
|
del $const_2.1
|
del $const_0.5
|
points[(2, 0)] = $132binary_subscr.4
|
del $const144.9
|
del $132binary_subscr.4
|
$const152.12 = const(int, 0) :: Literal[int](0)
|
$154build_tuple.13 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const152.12, final_2D_robust_multidimarr.py:622)]) :: Tuple(int64, Literal[int](0))
|
del $const152.12
|
points[$154build_tuple.13] = $138binary_subscr.7 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $154build_tuple.13
|
del $138binary_subscr.7
|
623:
points[2, 1], points[idx, 1] = points[idx, 1], points[2, 1]
$const162.16 = const(int, 1) :: Literal[int](1)
|
$164build_tuple.17 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const162.16, final_2D_robust_multidimarr.py:623)]) :: Tuple(int64, Literal[int](1))
|
del $const162.16
|
$166binary_subscr.18 = getitem(value=points, index=$164build_tuple.17) :: float64
|
del $164build_tuple.17
|
$const_2.2 = const(int, 2) :: Literal[int](2)
|
$const_1.4 = const(int, 1) :: Literal[int](1)
|
$const170.20 = build_tuple(items=[Var($const_2.2, final_2D_robust_multidimarr.py:623), Var($const_1.4, final_2D_robust_multidimarr.py:623)]) :: Tuple(Literal[int](2), Literal[int](1))
|
del $const_2.2
|
del $const_1.4
|
$172binary_subscr.21 = static_getitem(value=points, index=(2, 1), index_var=$const170.20) :: float64
|
del $const170.20
|
$const_2.3 = const(int, 2) :: Literal[int](2)
|
$const_1.5 = const(int, 1) :: Literal[int](1)
|
$const178.23 = build_tuple(items=[Var($const_2.3, final_2D_robust_multidimarr.py:623), Var($const_1.5, final_2D_robust_multidimarr.py:623)]) :: Tuple(Literal[int](2), Literal[int](1))
|
del $const_2.3
|
del $const_1.5
|
points[(2, 1)] = $166binary_subscr.18
|
del $const178.23
|
del $166binary_subscr.18
|
$const186.26 = const(int, 1) :: Literal[int](1)
|
$188build_tuple.27 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const186.26, final_2D_robust_multidimarr.py:623)]) :: Tuple(int64, Literal[int](1))
|
del idx
|
del $const186.26
|
points[$188build_tuple.27] = $172binary_subscr.21 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del points
|
del $188build_tuple.27
|
del $172binary_subscr.21
|
624:
break
jump 342
|
625:
elif signed_area < 0:
label 196
|
del $120compare_op.27
|
$const198.1 = const(int, 0) :: Literal[int](0)
|
$200compare_op.2 = signed_area < $const198.1 :: bool
|
del signed_area
|
del $const198.1
|
branch $200compare_op.2, 206, 330
|
626:
points[2, 0], points[idx, 0] = points[idx, 0], points[2, 0]
label 206
|
del b_y
|
del b_x
|
del a_y
|
del a_x
|
del $200compare_op.2
|
$const210.2 = const(int, 0) :: Literal[int](0)
|
$212build_tuple.3 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const210.2, final_2D_robust_multidimarr.py:626)]) :: Tuple(int64, Literal[int](0))
|
del $const210.2
|
$214binary_subscr.4 = getitem(value=points, index=$212build_tuple.3) :: float64
|
del $212build_tuple.3
|
$const_2.4 = const(int, 2) :: Literal[int](2)
|
$const_0.6 = const(int, 0) :: Literal[int](0)
|
$const218.6 = build_tuple(items=[Var($const_2.4, final_2D_robust_multidimarr.py:626), Var($const_0.6, final_2D_robust_multidimarr.py:626)]) :: Tuple(Literal[int](2), Literal[int](0))
|
del $const_2.4
|
del $const_0.6
|
$220binary_subscr.7 = static_getitem(value=points, index=(2, 0), index_var=$const218.6) :: float64
|
del $const218.6
|
$const_2.5 = const(int, 2) :: Literal[int](2)
|
$const_0.7 = const(int, 0) :: Literal[int](0)
|
$const226.9 = build_tuple(items=[Var($const_2.5, final_2D_robust_multidimarr.py:626), Var($const_0.7, final_2D_robust_multidimarr.py:626)]) :: Tuple(Literal[int](2), Literal[int](0))
|
del $const_2.5
|
del $const_0.7
|
points[(2, 0)] = $214binary_subscr.4
|
del $const226.9
|
del $214binary_subscr.4
|
$const234.12 = const(int, 0) :: Literal[int](0)
|
$236build_tuple.13 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const234.12, final_2D_robust_multidimarr.py:626)]) :: Tuple(int64, Literal[int](0))
|
del $const234.12
|
points[$236build_tuple.13] = $220binary_subscr.7 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $236build_tuple.13
|
del $220binary_subscr.7
|
627:
points[2, 1], points[idx, 1] = points[idx, 1], points[2, 1]
$const244.16 = const(int, 1) :: Literal[int](1)
|
$246build_tuple.17 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const244.16, final_2D_robust_multidimarr.py:627)]) :: Tuple(int64, Literal[int](1))
|
del $const244.16
|
$248binary_subscr.18 = getitem(value=points, index=$246build_tuple.17) :: float64
|
del $246build_tuple.17
|
$const_2.6 = const(int, 2) :: Literal[int](2)
|
$const_1.6 = const(int, 1) :: Literal[int](1)
|
$const252.20 = build_tuple(items=[Var($const_2.6, final_2D_robust_multidimarr.py:627), Var($const_1.6, final_2D_robust_multidimarr.py:627)]) :: Tuple(Literal[int](2), Literal[int](1))
|
del $const_2.6
|
del $const_1.6
|
$254binary_subscr.21 = static_getitem(value=points, index=(2, 1), index_var=$const252.20) :: float64
|
del $const252.20
|
$const_2.7 = const(int, 2) :: Literal[int](2)
|
$const_1.7 = const(int, 1) :: Literal[int](1)
|
$const260.23 = build_tuple(items=[Var($const_2.7, final_2D_robust_multidimarr.py:627), Var($const_1.7, final_2D_robust_multidimarr.py:627)]) :: Tuple(Literal[int](2), Literal[int](1))
|
del $const_2.7
|
del $const_1.7
|
points[(2, 1)] = $248binary_subscr.18
|
del $const260.23
|
del $248binary_subscr.18
|
$const268.26 = const(int, 1) :: Literal[int](1)
|
$270build_tuple.27 = build_tuple(items=[Var(idx, final_2D_robust_multidimarr.py:616), Var($const268.26, final_2D_robust_multidimarr.py:627)]) :: Tuple(int64, Literal[int](1))
|
del idx
|
del $const268.26
|
points[$270build_tuple.27] = $254binary_subscr.21 :: (array(float64, 2d, C), UniTuple(int64 x 2), float64) -> none
|
del $270build_tuple.27
|
del $254binary_subscr.21
|
628:
points[0, 0], points[1, 0] = points[1, 0], points[0, 0]
$const_1.8 = const(int, 1) :: Literal[int](1)
|
$const_0.8 = const(int, 0) :: Literal[int](0)
|
$const276.29 = build_tuple(items=[Var($const_1.8, final_2D_robust_multidimarr.py:628), Var($const_0.8, final_2D_robust_multidimarr.py:628)]) :: Tuple(Literal[int](1), Literal[int](0))
|
del $const_1.8
|
del $const_0.8
|
$278binary_subscr.30 = static_getitem(value=points, index=(1, 0), index_var=$const276.29) :: float64
|
del $const276.29
|
$const_0.9 = const(int, 0) :: Literal[int](0)
|
$const_0.10 = const(int, 0) :: Literal[int](0)
|
$const282.32 = build_tuple(items=[Var($const_0.9, final_2D_robust_multidimarr.py:628), Var($const_0.10, final_2D_robust_multidimarr.py:628)]) :: UniTuple(Literal[int](0) x 2)
|
del $const_0.9
|
del $const_0.10
|
$284binary_subscr.33 = static_getitem(value=points, index=(0, 0), index_var=$const282.32) :: float64
|
del $const282.32
|
$const_0.11 = const(int, 0) :: Literal[int](0)
|
$const_0.12 = const(int, 0) :: Literal[int](0)
|
$const290.35 = build_tuple(items=[Var($const_0.11, final_2D_robust_multidimarr.py:628), Var($const_0.12, final_2D_robust_multidimarr.py:628)]) :: UniTuple(Literal[int](0) x 2)
|
del $const_0.12
|
del $const_0.11
|
points[(0, 0)] = $278binary_subscr.30
|
del $const290.35
|
del $278binary_subscr.30
|
$const_1.9 = const(int, 1) :: Literal[int](1)
|
$const_0.13 = const(int, 0) :: Literal[int](0)
|
$const296.37 = build_tuple(items=[Var($const_1.9, final_2D_robust_multidimarr.py:628), Var($const_0.13, final_2D_robust_multidimarr.py:628)]) :: Tuple(Literal[int](1), Literal[int](0))
|
del $const_1.9
|
del $const_0.13
|
points[(1, 0)] = $284binary_subscr.33
|
del $const296.37
|
del $284binary_subscr.33
|
629:
points[0, 1], points[1, 1] = points[1, 1], points[0, 1]
$const_1.10 = const(int, 1) :: Literal[int](1)
|
$const_1.11 = const(int, 1) :: Literal[int](1)
|
$const302.39 = build_tuple(items=[Var($const_1.10, final_2D_robust_multidimarr.py:629), Var($const_1.11, final_2D_robust_multidimarr.py:629)]) :: UniTuple(Literal[int](1) x 2)
|
del $const_1.11
|
del $const_1.10
|
$304binary_subscr.40 = static_getitem(value=points, index=(1, 1), index_var=$const302.39) :: float64
|
del $const302.39
|
$const_0.14 = const(int, 0) :: Literal[int](0)
|
$const_1.12 = const(int, 1) :: Literal[int](1)
|
$const308.42 = build_tuple(items=[Var($const_0.14, final_2D_robust_multidimarr.py:629), Var($const_1.12, final_2D_robust_multidimarr.py:629)]) :: Tuple(Literal[int](0), Literal[int](1))
|
del $const_1.12
|
del $const_0.14
|
$310binary_subscr.43 = static_getitem(value=points, index=(0, 1), index_var=$const308.42) :: float64
|
del $const308.42
|
$const_0.15 = const(int, 0) :: Literal[int](0)
|
$const_1.13 = const(int, 1) :: Literal[int](1)
|
$const316.45 = build_tuple(items=[Var($const_0.15, final_2D_robust_multidimarr.py:629), Var($const_1.13, final_2D_robust_multidimarr.py:629)]) :: Tuple(Literal[int](0), Literal[int](1))
|
del $const_1.13
|
del $const_0.15
|
points[(0, 1)] = $304binary_subscr.40
|
del $const316.45
|
del $304binary_subscr.40
|
$const_1.14 = const(int, 1) :: Literal[int](1)
|
$const_1.15 = const(int, 1) :: Literal[int](1)
|
$const322.47 = build_tuple(items=[Var($const_1.14, final_2D_robust_multidimarr.py:629), Var($const_1.15, final_2D_robust_multidimarr.py:629)]) :: UniTuple(Literal[int](1) x 2)
|
del $const_1.15
|
del $const_1.14
|
points[(1, 1)] = $310binary_subscr.43
|
del points
|
del $const322.47
|
del $310binary_subscr.43
|
630:
break
jump 342
|
631:
else:
632:
idx += 1
label 330
|
del $200compare_op.2
|
$const332.1 = const(int, 1) :: Literal[int](1)
|
$334inplace_add.2 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=idx, rhs=$const332.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const332.1
|
idx = $334inplace_add.2 :: int64
|
del $334inplace_add.2
|
jump 60
|
633:
634:
vertices_ID[0, 0] = 0 #
label 342
|
$const342.0 = const(int, 0) :: Literal[int](0)
|
$const_0.16 = const(int, 0) :: Literal[int](0)
|
$const_0.17 = const(int, 0) :: Literal[int](0)
|
$const346.2 = build_tuple(items=[Var($const_0.16, final_2D_robust_multidimarr.py:634), Var($const_0.17, final_2D_robust_multidimarr.py:634)]) :: UniTuple(Literal[int](0) x 2)
|
del $const_0.17
|
del $const_0.16
|
vertices_ID[(0, 0)] = $const342.0
|
del $const346.2
|
del $const342.0
|
635:
vertices_ID[0, 1] = 1 # ---> 0th triangle [real]
$const350.3 = const(int, 1) :: Literal[int](1)
|
$const_0.18 = const(int, 0) :: Literal[int](0)
|
$const_1.16 = const(int, 1) :: Literal[int](1)
|
$const354.5 = build_tuple(items=[Var($const_0.18, final_2D_robust_multidimarr.py:635), Var($const_1.16, final_2D_robust_multidimarr.py:635)]) :: Tuple(Literal[int](0), Literal[int](1))
|
del $const_1.16
|
del $const_0.18
|
vertices_ID[(0, 1)] = $const350.3
|
del $const354.5
|
del $const350.3
|
636:
vertices_ID[0, 2] = 2 #
$const358.6 = const(int, 2) :: Literal[int](2)
|
$const_0.19 = const(int, 0) :: Literal[int](0)
|
$const_2.8 = const(int, 2) :: Literal[int](2)
|
$const362.8 = build_tuple(items=[Var($const_0.19, final_2D_robust_multidimarr.py:636), Var($const_2.8, final_2D_robust_multidimarr.py:636)]) :: Tuple(Literal[int](0), Literal[int](2))
|
del $const_2.8
|
del $const_0.19
|
vertices_ID[(0, 2)] = $const358.6
|
del $const362.8
|
del $const358.6
|
637:
638:
vertices_ID[1, 0] = 0 #
$const366.9 = const(int, 0) :: Literal[int](0)
|
$const_1.17 = const(int, 1) :: Literal[int](1)
|
$const_0.20 = const(int, 0) :: Literal[int](0)
|
$const370.11 = build_tuple(items=[Var($const_1.17, final_2D_robust_multidimarr.py:638), Var($const_0.20, final_2D_robust_multidimarr.py:638)]) :: Tuple(Literal[int](1), Literal[int](0))
|
del $const_1.17
|
del $const_0.20
|
vertices_ID[(1, 0)] = $const366.9
|
del $const370.11
|
del $const366.9
|
639:
vertices_ID[1, 1] = N # ---> 1st triangle [ghost]
$const_1.18 = const(int, 1) :: Literal[int](1)
|
$const_1.19 = const(int, 1) :: Literal[int](1)
|
$const378.14 = build_tuple(items=[Var($const_1.18, final_2D_robust_multidimarr.py:639), Var($const_1.19, final_2D_robust_multidimarr.py:639)]) :: UniTuple(Literal[int](1) x 2)
|
del $const_1.19
|
del $const_1.18
|
vertices_ID[(1, 1)] = N
|
del $const378.14
|
640:
vertices_ID[1, 2] = 1 #
$const382.15 = const(int, 1) :: Literal[int](1)
|
$const_1.20 = const(int, 1) :: Literal[int](1)
|
$const_2.9 = const(int, 2) :: Literal[int](2)
|
$const386.17 = build_tuple(items=[Var($const_1.20, final_2D_robust_multidimarr.py:640), Var($const_2.9, final_2D_robust_multidimarr.py:640)]) :: Tuple(Literal[int](1), Literal[int](2))
|
del $const_2.9
|
del $const_1.20
|
vertices_ID[(1, 2)] = $const382.15
|
del $const386.17
|
del $const382.15
|
641:
642:
vertices_ID[2, 0] = 1 #
$const390.18 = const(int, 1) :: Literal[int](1)
|
$const_2.10 = const(int, 2) :: Literal[int](2)
|
$const_0.21 = const(int, 0) :: Literal[int](0)
|
$const394.20 = build_tuple(items=[Var($const_2.10, final_2D_robust_multidimarr.py:642), Var($const_0.21, final_2D_robust_multidimarr.py:642)]) :: Tuple(Literal[int](2), Literal[int](0))
|
del $const_2.10
|
del $const_0.21
|
vertices_ID[(2, 0)] = $const390.18
|
del $const394.20
|
del $const390.18
|
643:
vertices_ID[2, 1] = N # ---> 2nd triangle [ghost]
$const_2.11 = const(int, 2) :: Literal[int](2)
|
$const_1.21 = const(int, 1) :: Literal[int](1)
|
$const402.23 = build_tuple(items=[Var($const_2.11, final_2D_robust_multidimarr.py:643), Var($const_1.21, final_2D_robust_multidimarr.py:643)]) :: Tuple(Literal[int](2), Literal[int](1))
|
del $const_2.11
|
del $const_1.21
|
vertices_ID[(2, 1)] = N
|
del $const402.23
|
644:
vertices_ID[2, 2] = 2 #
$const406.24 = const(int, 2) :: Literal[int](2)
|
$const_2.12 = const(int, 2) :: Literal[int](2)
|
$const_2.13 = const(int, 2) :: Literal[int](2)
|
$const410.26 = build_tuple(items=[Var($const_2.12, final_2D_robust_multidimarr.py:644), Var($const_2.13, final_2D_robust_multidimarr.py:644)]) :: UniTuple(Literal[int](2) x 2)
|
del $const_2.13
|
del $const_2.12
|
vertices_ID[(2, 2)] = $const406.24
|
del $const410.26
|
del $const406.24
|
645:
646:
vertices_ID[3, 0] = 2 #
$const414.27 = const(int, 2) :: Literal[int](2)
|
$const_3 = const(int, 3) :: Literal[int](3)
|
$const_0.22 = const(int, 0) :: Literal[int](0)
|
$const418.29 = build_tuple(items=[Var($const_3, final_2D_robust_multidimarr.py:646), Var($const_0.22, final_2D_robust_multidimarr.py:646)]) :: Tuple(Literal[int](3), Literal[int](0))
|
del $const_3
|
del $const_0.22
|
vertices_ID[(3, 0)] = $const414.27
|
del $const418.29
|
del $const414.27
|
647:
vertices_ID[3, 1] = N # ---> 3rd triangle [ghost]
$const_3.1 = const(int, 3) :: Literal[int](3)
|
$const_1.22 = const(int, 1) :: Literal[int](1)
|
$const426.32 = build_tuple(items=[Var($const_3.1, final_2D_robust_multidimarr.py:647), Var($const_1.22, final_2D_robust_multidimarr.py:647)]) :: Tuple(Literal[int](3), Literal[int](1))
|
del $const_3.1
|
del $const_1.22
|
vertices_ID[(3, 1)] = N
|
del N
|
del $const426.32
|
648:
vertices_ID[3, 2] = 0 #
$const430.33 = const(int, 0) :: Literal[int](0)
|
$const_3.2 = const(int, 3) :: Literal[int](3)
|
$const_2.14 = const(int, 2) :: Literal[int](2)
|
$const434.35 = build_tuple(items=[Var($const_3.2, final_2D_robust_multidimarr.py:648), Var($const_2.14, final_2D_robust_multidimarr.py:648)]) :: Tuple(Literal[int](3), Literal[int](2))
|
del $const_3.2
|
del $const_2.14
|
vertices_ID[(3, 2)] = $const430.33
|
del vertices_ID
|
del $const434.35
|
del $const430.33
|
649:
650:
neighbour_ID[0, 0] = 3*2+1 #
$const438.36 = const(int, 7) :: Literal[int](7)
|
$const_0.23 = const(int, 0) :: Literal[int](0)
|
$const_0.24 = const(int, 0) :: Literal[int](0)
|
$const442.38 = build_tuple(items=[Var($const_0.23, final_2D_robust_multidimarr.py:650), Var($const_0.24, final_2D_robust_multidimarr.py:650)]) :: UniTuple(Literal[int](0) x 2)
|
del $const_0.24
|
del $const_0.23
|
neighbour_ID[(0, 0)] = $const438.36
|
del $const442.38
|
del $const438.36
|
651:
neighbour_ID[0, 1] = 3*3+1 # ---> 0th triangle [real]
$const446.39 = const(int, 10) :: Literal[int](10)
|
$const_0.25 = const(int, 0) :: Literal[int](0)
|
$const_1.23 = const(int, 1) :: Literal[int](1)
|
$const450.41 = build_tuple(items=[Var($const_0.25, final_2D_robust_multidimarr.py:651), Var($const_1.23, final_2D_robust_multidimarr.py:651)]) :: Tuple(Literal[int](0), Literal[int](1))
|
del $const_1.23
|
del $const_0.25
|
neighbour_ID[(0, 1)] = $const446.39
|
del $const450.41
|
del $const446.39
|
652:
neighbour_ID[0, 2] = 3*1+1 #
$const454.42 = const(int, 4) :: Literal[int](4)
|
$const_0.26 = const(int, 0) :: Literal[int](0)
|
$const_2.15 = const(int, 2) :: Literal[int](2)
|
$const458.44 = build_tuple(items=[Var($const_0.26, final_2D_robust_multidimarr.py:652), Var($const_2.15, final_2D_robust_multidimarr.py:652)]) :: Tuple(Literal[int](0), Literal[int](2))
|
del $const_2.15
|
del $const_0.26
|
neighbour_ID[(0, 2)] = $const454.42
|
del $const458.44
|
del $const454.42
|
653:
654:
neighbour_ID[1, 0] = 3*2+2 #
$const462.45 = const(int, 8) :: Literal[int](8)
|
$const_1.24 = const(int, 1) :: Literal[int](1)
|
$const_0.27 = const(int, 0) :: Literal[int](0)
|
$const466.47 = build_tuple(items=[Var($const_1.24, final_2D_robust_multidimarr.py:654), Var($const_0.27, final_2D_robust_multidimarr.py:654)]) :: Tuple(Literal[int](1), Literal[int](0))
|
del $const_1.24
|
del $const_0.27
|
neighbour_ID[(1, 0)] = $const462.45
|
del $const466.47
|
del $const462.45
|
655:
neighbour_ID[1, 1] = 3*0+2 # ---> 1st triangle [ghost]
$const470.48 = const(int, 2) :: Literal[int](2)
|
$const_1.25 = const(int, 1) :: Literal[int](1)
|
$const_1.26 = const(int, 1) :: Literal[int](1)
|
$const474.50 = build_tuple(items=[Var($const_1.25, final_2D_robust_multidimarr.py:655), Var($const_1.26, final_2D_robust_multidimarr.py:655)]) :: UniTuple(Literal[int](1) x 2)
|
del $const_1.26
|
del $const_1.25
|
neighbour_ID[(1, 1)] = $const470.48
|
del $const474.50
|
del $const470.48
|
656:
neighbour_ID[1, 2] = 3*3+0 #
$const478.51 = const(int, 9) :: Literal[int](9)
|
$const_1.27 = const(int, 1) :: Literal[int](1)
|
$const_2.16 = const(int, 2) :: Literal[int](2)
|
$const482.53 = build_tuple(items=[Var($const_1.27, final_2D_robust_multidimarr.py:656), Var($const_2.16, final_2D_robust_multidimarr.py:656)]) :: Tuple(Literal[int](1), Literal[int](2))
|
del $const_2.16
|
del $const_1.27
|
neighbour_ID[(1, 2)] = $const478.51
|
del $const482.53
|
del $const478.51
|
657:
658:
neighbour_ID[2, 0] = 3*3+2 #
$const486.54 = const(int, 11) :: Literal[int](11)
|
$const_2.17 = const(int, 2) :: Literal[int](2)
|
$const_0.28 = const(int, 0) :: Literal[int](0)
|
$const490.56 = build_tuple(items=[Var($const_2.17, final_2D_robust_multidimarr.py:658), Var($const_0.28, final_2D_robust_multidimarr.py:658)]) :: Tuple(Literal[int](2), Literal[int](0))
|
del $const_2.17
|
del $const_0.28
|
neighbour_ID[(2, 0)] = $const486.54
|
del $const490.56
|
del $const486.54
|
659:
neighbour_ID[2, 1] = 3*0+0 # ---> 2nd triangle [ghost]
$const494.57 = const(int, 0) :: Literal[int](0)
|
$const_2.18 = const(int, 2) :: Literal[int](2)
|
$const_1.28 = const(int, 1) :: Literal[int](1)
|
$const498.59 = build_tuple(items=[Var($const_2.18, final_2D_robust_multidimarr.py:659), Var($const_1.28, final_2D_robust_multidimarr.py:659)]) :: Tuple(Literal[int](2), Literal[int](1))
|
del $const_2.18
|
del $const_1.28
|
neighbour_ID[(2, 1)] = $const494.57
|
del $const498.59
|
del $const494.57
|
660:
neighbour_ID[2, 2] = 3*1+0 #
$const502.60 = const(int, 3) :: Literal[int](3)
|
$const_2.19 = const(int, 2) :: Literal[int](2)
|
$const_2.20 = const(int, 2) :: Literal[int](2)
|
$const506.62 = build_tuple(items=[Var($const_2.19, final_2D_robust_multidimarr.py:660), Var($const_2.20, final_2D_robust_multidimarr.py:660)]) :: UniTuple(Literal[int](2) x 2)
|
del $const_2.20
|
del $const_2.19
|
neighbour_ID[(2, 2)] = $const502.60
|
del $const506.62
|
del $const502.60
|
661:
662:
neighbour_ID[3, 0] = 3*1+2 #
$const510.63 = const(int, 5) :: Literal[int](5)
|
$const_3.3 = const(int, 3) :: Literal[int](3)
|
$const_0.29 = const(int, 0) :: Literal[int](0)
|
$const514.65 = build_tuple(items=[Var($const_3.3, final_2D_robust_multidimarr.py:662), Var($const_0.29, final_2D_robust_multidimarr.py:662)]) :: Tuple(Literal[int](3), Literal[int](0))
|
del $const_3.3
|
del $const_0.29
|
neighbour_ID[(3, 0)] = $const510.63
|
del $const514.65
|
del $const510.63
|
663:
neighbour_ID[3, 1] = 3*0+1 # ---> 3rd triangle [ghost]
$const518.66 = const(int, 1) :: Literal[int](1)
|
$const_3.4 = const(int, 3) :: Literal[int](3)
|
$const_1.29 = const(int, 1) :: Literal[int](1)
|
$const522.68 = build_tuple(items=[Var($const_3.4, final_2D_robust_multidimarr.py:663), Var($const_1.29, final_2D_robust_multidimarr.py:663)]) :: Tuple(Literal[int](3), Literal[int](1))
|
del $const_3.4
|
del $const_1.29
|
neighbour_ID[(3, 1)] = $const518.66
|
del $const522.68
|
del $const518.66
|
664:
neighbour_ID[3, 2] = 3*2+0 #
$const526.69 = const(int, 6) :: Literal[int](6)
|
$const_3.5 = const(int, 3) :: Literal[int](3)
|
$const_2.21 = const(int, 2) :: Literal[int](2)
|
$const530.71 = build_tuple(items=[Var($const_3.5, final_2D_robust_multidimarr.py:664), Var($const_2.21, final_2D_robust_multidimarr.py:664)]) :: Tuple(Literal[int](3), Literal[int](2))
|
del $const_3.5
|
del $const_2.21
|
neighbour_ID[(3, 2)] = $const526.69
|
del neighbour_ID
|
del $const530.71
|
del $const526.69
|
665:
666:
num_tri += 4
$const536.73 = const(int, 4) :: Literal[int](4)
|
$538inplace_add.74 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=num_tri, rhs=$const536.73, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del num_tri
|
del $const536.73
|
num_tri.1 = $538inplace_add.74 :: int64
|
del $538inplace_add.74
|
667:
668:
return num_tri
$544return_value.76 = cast(value=num_tri.1) :: int64
|
del num_tri.1
|
return $544return_value.76
|
311:
@njit
| ||||||||||||||||||||||
312:
def exactinit2d(points):
| ||||||||||||||||||||||
313:
| ||||||||||||||||||||||
|
label 0
|
points = arg(0, name=points) :: array(float64, 2d, C)
|
$const2.0 = const(bool, True) :: bool
|
every_other = $const2.0 :: bool
|
del $const2.0
|
315:
half = np.float64(0.5)
$6load_global.1 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$8load_method.2 = getattr(value=$6load_global.1, attr=float64) :: class(float64)
|
del $6load_global.1
|
$const10.3 = const(float, 0.5) :: float64
|
$12call_method.4 = call $8load_method.2($const10.3, func=$8load_method.2, args=[Var($const10.3, adaptive_predicates.py:315)], kws=(), vararg=None) :: (float64,) -> float64
|
del $const10.3
|
del $8load_method.2
|
half = $12call_method.4 :: float64
|
del $12call_method.4
|
316:
epsilon = np.float64(1.0)
$16load_global.5 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$18load_method.6 = getattr(value=$16load_global.5, attr=float64) :: class(float64)
|
del $16load_global.5
|
$const20.7 = const(float, 1.0) :: float64
|
$22call_method.8 = call $18load_method.6($const20.7, func=$18load_method.6, args=[Var($const20.7, adaptive_predicates.py:316)], kws=(), vararg=None) :: (float64,) -> float64
|
del $const20.7
|
del $18load_method.6
|
epsilon = $22call_method.8 :: float64
|
del $22call_method.8
|
317:
splitter = np.float64(1.0)
$26load_global.9 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$28load_method.10 = getattr(value=$26load_global.9, attr=float64) :: class(float64)
|
del $26load_global.9
|
$const30.11 = const(float, 1.0) :: float64
|
$32call_method.12 = call $28load_method.10($const30.11, func=$28load_method.10, args=[Var($const30.11, adaptive_predicates.py:317)], kws=(), vararg=None) :: (float64,) -> float64
|
del $const30.11
|
del $28load_method.10
|
splitter = $32call_method.12 :: float64
|
del $32call_method.12
|
318:
one = np.float64(1.0)
$36load_global.13 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$38load_method.14 = getattr(value=$36load_global.13, attr=float64) :: class(float64)
|
del $36load_global.13
|
$const40.15 = const(float, 1.0) :: float64
|
$42call_method.16 = call $38load_method.14($const40.15, func=$38load_method.14, args=[Var($const40.15, adaptive_predicates.py:318)], kws=(), vararg=None) :: (float64,) -> float64
|
del $const40.15
|
del $38load_method.14
|
one = $42call_method.16 :: float64
|
del $42call_method.16
|
319:
two = np.float64(2.0)
$46load_global.17 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$48load_method.18 = getattr(value=$46load_global.17, attr=float64) :: class(float64)
|
del $46load_global.17
|
$const50.19 = const(float, 2.0) :: float64
|
$52call_method.20 = call $48load_method.18($const50.19, func=$48load_method.18, args=[Var($const50.19, adaptive_predicates.py:319)], kws=(), vararg=None) :: (float64,) -> float64
|
del $const50.19
|
del $48load_method.18
|
two = $52call_method.20 :: float64
|
del $52call_method.20
|
320:
while True:
jump 56
|
label 56
|
321:
epsilon *= half
jump 58
|
label 58
|
$62inplace_multiply.2 = inplace_binop(fn=<built-in function imul>, immutable_fn=<built-in function mul>, lhs=epsilon, rhs=half, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
epsilon = $62inplace_multiply.2 :: float64
|
del $62inplace_multiply.2
|
322:
if every_other:
branch every_other, 70, 78
|
323:
splitter *= two
label 70
|
$74inplace_multiply.2 = inplace_binop(fn=<built-in function imul>, immutable_fn=<built-in function mul>, lhs=splitter, rhs=two, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
splitter = $74inplace_multiply.2 :: float64
|
del $74inplace_multiply.2
|
324:
every_other = not every_other
jump 78
|
label 78
|
$80unary_not.1 = unary(fn=<built-in function not_>, value=every_other) :: bool
|
every_other = $80unary_not.1 :: bool
|
del $80unary_not.1
|
325:
if one + epsilon != one:
$88binary_add.4 = one + epsilon :: float64
|
$92compare_op.6 = $88binary_add.4 != one :: bool
|
del $88binary_add.4
|
branch $92compare_op.6, 96, 98
|
326:
pass
label 96
|
del $92compare_op.6
|
jump 58
|
327:
else:
328:
break
label 98
|
del two
|
del half
|
del every_other
|
del $92compare_op.6
|
jump 104
|
329:
splitter += one
label 104
|
$108inplace_add.2 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=splitter, rhs=one, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
del splitter
|
del one
|
splitter.1 = $108inplace_add.2 :: float64
|
del $108inplace_add.2
|
330:
331:
xmin = np.min(points[:, 0])
$112load_global.3 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$114load_method.4 = getattr(value=$112load_global.3, attr=min) :: Function(<function amin at 0x7f51e4bc09e0>)
|
del $112load_global.3
|
$const118.6 = const(NoneType, None) :: none
|
$const120.7 = const(NoneType, None) :: none
|
$122build_slice.8 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$122build_slice.9 = call $122build_slice.8($const118.6, $const120.7, func=$122build_slice.8, args=(Var($const118.6, adaptive_predicates.py:331), Var($const120.7, adaptive_predicates.py:331)), kws=(), vararg=None) :: (none, none) -> slice<a:b>
|
del $const120.7
|
del $const118.6
|
del $122build_slice.8
|
$const124.10 = const(int, 0) :: Literal[int](0)
|
$126build_tuple.11 = build_tuple(items=[Var($122build_slice.9, adaptive_predicates.py:331), Var($const124.10, adaptive_predicates.py:331)]) :: Tuple(slice<a:b>, Literal[int](0))
|
del $const124.10
|
del $122build_slice.9
|
$128binary_subscr.12 = static_getitem(value=points, index=(slice(None, None, None), 0), index_var=$126build_tuple.11) :: array(float64, 1d, A)
|
del $126build_tuple.11
|
$130call_method.13 = call $114load_method.4($128binary_subscr.12, func=$114load_method.4, args=[Var($128binary_subscr.12, adaptive_predicates.py:331)], kws=(), vararg=None) :: (array(float64, 1d, A),) -> float64
|
del $128binary_subscr.12
|
del $114load_method.4
|
xmin = $130call_method.13 :: float64
|
del $130call_method.13
|
332:
ymin = np.min(points[:, 1])
$134load_global.14 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$136load_method.15 = getattr(value=$134load_global.14, attr=min) :: Function(<function amin at 0x7f51e4bc09e0>)
|
del $134load_global.14
|
$const140.17 = const(NoneType, None) :: none
|
$const142.18 = const(NoneType, None) :: none
|
$144build_slice.19 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$144build_slice.20 = call $144build_slice.19($const140.17, $const142.18, func=$144build_slice.19, args=(Var($const140.17, adaptive_predicates.py:332), Var($const142.18, adaptive_predicates.py:332)), kws=(), vararg=None) :: (none, none) -> slice<a:b>
|
del $const142.18
|
del $const140.17
|
del $144build_slice.19
|
$const146.21 = const(int, 1) :: Literal[int](1)
|
$148build_tuple.22 = build_tuple(items=[Var($144build_slice.20, adaptive_predicates.py:332), Var($const146.21, adaptive_predicates.py:332)]) :: Tuple(slice<a:b>, Literal[int](1))
|
del $const146.21
|
del $144build_slice.20
|
$150binary_subscr.23 = static_getitem(value=points, index=(slice(None, None, None), 1), index_var=$148build_tuple.22) :: array(float64, 1d, A)
|
del $148build_tuple.22
|
$152call_method.24 = call $136load_method.15($150binary_subscr.23, func=$136load_method.15, args=[Var($150binary_subscr.23, adaptive_predicates.py:332)], kws=(), vararg=None) :: (array(float64, 1d, A),) -> float64
|
del $150binary_subscr.23
|
del $136load_method.15
|
ymin = $152call_method.24 :: float64
|
del $152call_method.24
|
333:
xmax = np.max(points[:, 0])
$156load_global.25 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$158load_method.26 = getattr(value=$156load_global.25, attr=max) :: Function(<function amax at 0x7f51e4bc07a0>)
|
del $156load_global.25
|
$const162.28 = const(NoneType, None) :: none
|
$const164.29 = const(NoneType, None) :: none
|
$166build_slice.30 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$166build_slice.31 = call $166build_slice.30($const162.28, $const164.29, func=$166build_slice.30, args=(Var($const162.28, adaptive_predicates.py:333), Var($const164.29, adaptive_predicates.py:333)), kws=(), vararg=None) :: (none, none) -> slice<a:b>
|
del $const164.29
|
del $const162.28
|
del $166build_slice.30
|
$const168.32 = const(int, 0) :: Literal[int](0)
|
$170build_tuple.33 = build_tuple(items=[Var($166build_slice.31, adaptive_predicates.py:333), Var($const168.32, adaptive_predicates.py:333)]) :: Tuple(slice<a:b>, Literal[int](0))
|
del $const168.32
|
del $166build_slice.31
|
$172binary_subscr.34 = static_getitem(value=points, index=(slice(None, None, None), 0), index_var=$170build_tuple.33) :: array(float64, 1d, A)
|
del $170build_tuple.33
|
$174call_method.35 = call $158load_method.26($172binary_subscr.34, func=$158load_method.26, args=[Var($172binary_subscr.34, adaptive_predicates.py:333)], kws=(), vararg=None) :: (array(float64, 1d, A),) -> float64
|
del $172binary_subscr.34
|
del $158load_method.26
|
xmax = $174call_method.35 :: float64
|
del $174call_method.35
|
334:
ymax = np.max(points[:, 1])
$178load_global.36 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$180load_method.37 = getattr(value=$178load_global.36, attr=max) :: Function(<function amax at 0x7f51e4bc07a0>)
|
del $178load_global.36
|
$const184.39 = const(NoneType, None) :: none
|
$const186.40 = const(NoneType, None) :: none
|
$188build_slice.41 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$188build_slice.42 = call $188build_slice.41($const184.39, $const186.40, func=$188build_slice.41, args=(Var($const184.39, adaptive_predicates.py:334), Var($const186.40, adaptive_predicates.py:334)), kws=(), vararg=None) :: (none, none) -> slice<a:b>
|
del $const186.40
|
del $const184.39
|
del $188build_slice.41
|
$const190.43 = const(int, 1) :: Literal[int](1)
|
$192build_tuple.44 = build_tuple(items=[Var($188build_slice.42, adaptive_predicates.py:334), Var($const190.43, adaptive_predicates.py:334)]) :: Tuple(slice<a:b>, Literal[int](1))
|
del $const190.43
|
del $188build_slice.42
|
$194binary_subscr.45 = static_getitem(value=points, index=(slice(None, None, None), 1), index_var=$192build_tuple.44) :: array(float64, 1d, A)
|
del points
|
del $192build_tuple.44
|
$196call_method.46 = call $180load_method.37($194binary_subscr.45, func=$180load_method.37, args=[Var($194binary_subscr.45, adaptive_predicates.py:334)], kws=(), vararg=None) :: (array(float64, 1d, A),) -> float64
|
del $194binary_subscr.45
|
del $180load_method.37
|
ymax = $196call_method.46 :: float64
|
del $196call_method.46
|
335:
b = max(xmax-xmin, ymax-ymin)
$200load_global.47 = global(max: <built-in function max>) :: Function(<built-in function max>)
|
$206binary_subtract.50 = xmax - xmin :: float64
|
del xmin
|
del xmax
|
$212binary_subtract.53 = ymax - ymin :: float64
|
del ymin
|
del ymax
|
$214call_function.54 = call $200load_global.47($206binary_subtract.50, $212binary_subtract.53, func=$200load_global.47, args=[Var($206binary_subtract.50, adaptive_predicates.py:335), Var($212binary_subtract.53, adaptive_predicates.py:335)], kws=(), vararg=None) :: (float64, float64) -> float64
|
del $212binary_subtract.53
|
del $206binary_subtract.50
|
del $200load_global.47
|
b = $214call_function.54 :: float64
|
del $214call_function.54
|
336:
337:
# Error bounds for orientation and incircle tests.
338:
resulterrbound = (3.0 + 8.0 * epsilon) * epsilon
$const218.55 = const(float, 3.0) :: float64
|
$const220.56 = const(float, 8.0) :: float64
|
$224binary_multiply.58 = $const220.56 * epsilon :: float64
|
del $const220.56
|
$226binary_add.59 = $const218.55 + $224binary_multiply.58 :: float64
|
del $const218.55
|
del $224binary_multiply.58
|
$230binary_multiply.61 = $226binary_add.59 * epsilon :: float64
|
del $226binary_add.59
|
resulterrbound = $230binary_multiply.61 :: float64
|
del $230binary_multiply.61
|
339:
ccwerrboundA = (3.0 + 16.0 * epsilon) * epsilon
$const234.62 = const(float, 3.0) :: float64
|
$const236.63 = const(float, 16.0) :: float64
|
$240binary_multiply.65 = $const236.63 * epsilon :: float64
|
del $const236.63
|
$242binary_add.66 = $const234.62 + $240binary_multiply.65 :: float64
|
del $const234.62
|
del $240binary_multiply.65
|
$246binary_multiply.68 = $242binary_add.66 * epsilon :: float64
|
del $242binary_add.66
|
ccwerrboundA = $246binary_multiply.68 :: float64
|
del $246binary_multiply.68
|
340:
ccwerrboundB = (2.0 + 12.0 * epsilon) * epsilon
$const250.69 = const(float, 2.0) :: float64
|
$const252.70 = const(float, 12.0) :: float64
|
$256binary_multiply.72 = $const252.70 * epsilon :: float64
|
del $const252.70
|
$258binary_add.73 = $const250.69 + $256binary_multiply.72 :: float64
|
del $const250.69
|
del $256binary_multiply.72
|
$262binary_multiply.75 = $258binary_add.73 * epsilon :: float64
|
del $258binary_add.73
|
ccwerrboundB = $262binary_multiply.75 :: float64
|
del $262binary_multiply.75
|
341:
ccwerrboundC = (9.0 + 64.0 * epsilon) * epsilon * epsilon
$const266.76 = const(float, 9.0) :: float64
|
$const268.77 = const(float, 64.0) :: float64
|
$272binary_multiply.79 = $const268.77 * epsilon :: float64
|
del $const268.77
|
$274binary_add.80 = $const266.76 + $272binary_multiply.79 :: float64
|
del $const266.76
|
del $272binary_multiply.79
|
$278binary_multiply.82 = $274binary_add.80 * epsilon :: float64
|
del $274binary_add.80
|
$282binary_multiply.84 = $278binary_multiply.82 * epsilon :: float64
|
del $278binary_multiply.82
|
ccwerrboundC = $282binary_multiply.84 :: float64
|
del $282binary_multiply.84
|
342:
iccerrboundA = (10.0 + 96.0 * epsilon) * epsilon
$const286.85 = const(float, 10.0) :: float64
|
$const288.86 = const(float, 96.0) :: float64
|
$292binary_multiply.88 = $const288.86 * epsilon :: float64
|
del $const288.86
|
$294binary_add.89 = $const286.85 + $292binary_multiply.88 :: float64
|
del $const286.85
|
del $292binary_multiply.88
|
$298binary_multiply.91 = $294binary_add.89 * epsilon :: float64
|
del $294binary_add.89
|
iccerrboundA = $298binary_multiply.91 :: float64
|
del $298binary_multiply.91
|
343:
iccerrboundB = (4.0 + 48.0 * epsilon) * epsilon
$const302.92 = const(float, 4.0) :: float64
|
$const304.93 = const(float, 48.0) :: float64
|
$308binary_multiply.95 = $const304.93 * epsilon :: float64
|
del $const304.93
|
$310binary_add.96 = $const302.92 + $308binary_multiply.95 :: float64
|
del $const302.92
|
del $308binary_multiply.95
|
$314binary_multiply.98 = $310binary_add.96 * epsilon :: float64
|
del $310binary_add.96
|
iccerrboundB = $314binary_multiply.98 :: float64
|
del $314binary_multiply.98
|
344:
iccerrboundC = (44.0 + 576.0 * epsilon) * epsilon * epsilon
$const318.99 = const(float, 44.0) :: float64
|
$const320.100 = const(float, 576.0) :: float64
|
$324binary_multiply.102 = $const320.100 * epsilon :: float64
|
del $const320.100
|
$326binary_add.103 = $const318.99 + $324binary_multiply.102 :: float64
|
del $const318.99
|
del $324binary_multiply.102
|
$330binary_multiply.105 = $326binary_add.103 * epsilon :: float64
|
del $326binary_add.103
|
$334binary_multiply.107 = $330binary_multiply.105 * epsilon :: float64
|
del $330binary_multiply.105
|
iccerrboundC = $334binary_multiply.107 :: float64
|
del $334binary_multiply.107
|
345:
static_filter_o2d = 32 * epsilon * b * b
$const338.108 = const(int, 32) :: Literal[int](32)
|
$342binary_multiply.110 = $const338.108 * epsilon :: float64
|
del $const338.108
|
$346binary_multiply.112 = $342binary_multiply.110 * b :: float64
|
del $342binary_multiply.110
|
$350binary_multiply.114 = $346binary_multiply.112 * b :: float64
|
del $346binary_multiply.112
|
static_filter_o2d = $350binary_multiply.114 :: float64
|
del $350binary_multiply.114
|
346:
static_filter_i2d = 1984 * epsilon * b * b * b
$const354.115 = const(int, 1984) :: Literal[int](1984)
|
$358binary_multiply.117 = $const354.115 * epsilon :: float64
|
del epsilon
|
del $const354.115
|
$362binary_multiply.119 = $358binary_multiply.117 * b :: float64
|
del $358binary_multiply.117
|
$366binary_multiply.121 = $362binary_multiply.119 * b :: float64
|
del $362binary_multiply.119
|
$370binary_multiply.123 = $366binary_multiply.121 * b :: float64
|
del b
|
del $366binary_multiply.121
|
static_filter_i2d = $370binary_multiply.123 :: float64
|
del $370binary_multiply.123
|
347:
348:
return resulterrbound, ccwerrboundA, ccwerrboundB, ccwerrboundC, \
349:
iccerrboundA, iccerrboundB, iccerrboundC, splitter, \
350:
static_filter_o2d, static_filter_i2d
$394build_tuple.134 = build_tuple(items=[Var(resulterrbound, adaptive_predicates.py:338), Var(ccwerrboundA, adaptive_predicates.py:339), Var(ccwerrboundB, adaptive_predicates.py:340), Var(ccwerrboundC, adaptive_predicates.py:341), Var(iccerrboundA, adaptive_predicates.py:342), Var(iccerrboundB, adaptive_predicates.py:343), Var(iccerrboundC, adaptive_predicates.py:344), Var(splitter.1, adaptive_predicates.py:329), Var(static_filter_o2d, adaptive_predicates.py:345), Var(static_filter_i2d, adaptive_predicates.py:346)]) :: UniTuple(float64 x 10)
|
del static_filter_o2d
|
del static_filter_i2d
|
del splitter.1
|
del resulterrbound
|
del iccerrboundC
|
del iccerrboundB
|
del iccerrboundA
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
$396return_value.135 = cast(value=$394build_tuple.134) :: UniTuple(float64 x 10)
|
del $394build_tuple.134
|
return $396return_value.135
|
500:
def array_min_impl(arry):
| |||||||||||||||||||||||
|
label 0
|
arry = arg(0, name=arry) :: array(float64, 1d, A)
|
$4load_attr.1 = getattr(value=arry, attr=size) :: int64
|
$const6.2 = const(int, 0) :: Literal[int](0)
|
$8compare_op.3 = $4load_attr.1 == $const6.2 :: bool
|
del $const6.2
|
del $4load_attr.1
|
branch $8compare_op.3, 12, 20
|
502:
raise ValueError(MSG)
label 12
|
del arry
|
del $8compare_op.3
|
$12load_global.0 = global(ValueError: <class 'ValueError'>) :: ValueError
|
$14load_deref.1 = freevar(MSG: zero-size array to reduction operation minimum which has no identity) :: Literal[str](zero-size array to reduction operation minimum which has no identity)
|
$16call_function.2 = call $12load_global.0($14load_deref.1, func=$12load_global.0, args=[Var($14load_deref.1, arraymath.py:502)], kws=(), vararg=None) :: () -> ValueError(...)
|
del $16call_function.2
|
del $14load_deref.1
|
del $12load_global.0
|
raise <class 'ValueError'>('zero-size array to reduction operation minimum which has no identity')
|
503:
504:
it = np.nditer(arry)
label 20
|
del $8compare_op.3
|
$20load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$22load_method.1 = getattr(value=$20load_global.0, attr=nditer) :: Function(<class 'numpy.nditer'>)
|
del $20load_global.0
|
$26call_method.3 = call $22load_method.1(arry, func=$22load_method.1, args=[Var(arry, arraymath.py:501)], kws=(), vararg=None) :: (array(float64, 1d, A),) -> nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del arry
|
del $22load_method.1
|
it = $26call_method.3 :: nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del $26call_method.3
|
505:
min_value = next(it).take(0)
$30load_global.4 = global(next: <built-in function next>) :: Function(<built-in function next>)
|
$34call_function.6 = call $30load_global.4(it, func=$30load_global.4, args=[Var(it, arraymath.py:504)], kws=(), vararg=None) :: (nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),)),) -> array(float64, 0d, C)
|
del $30load_global.4
|
$36load_method.7 = getattr(value=$34call_function.6, attr=take) :: BoundFunction(array.take for array(float64, 0d, C))
|
del $34call_function.6
|
$const38.8 = const(int, 0) :: Literal[int](0)
|
$40call_method.9 = call $36load_method.7($const38.8, func=$36load_method.7, args=[Var($const38.8, arraymath.py:505)], kws=(), vararg=None) :: (Literal[int](0),) -> float64
|
del $const38.8
|
del $36load_method.7
|
min_value = $40call_method.9 :: float64
|
del $40call_method.9
|
506:
507:
for view in it:
jump 44
|
label 44
|
$48get_iter.1 = getiter(value=it) :: nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del it
|
$phi50.0 = $48get_iter.1 :: nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del $48get_iter.1
|
jump 50
|
label 50
|
$50for_iter.1 = iternext(value=$phi50.0) :: pair<array(float64, 0d, C), bool>
|
$50for_iter.2 = pair_first(value=$50for_iter.1) :: array(float64, 0d, C)
|
$50for_iter.3 = pair_second(value=$50for_iter.1) :: bool
|
del $50for_iter.1
|
$phi52.1 = $50for_iter.2 :: array(float64, 0d, C)
|
del $50for_iter.2
|
branch $50for_iter.3, 52, 76
|
label 52
|
del $50for_iter.3
|
view = $phi52.1 :: array(float64, 0d, C)
|
del $phi52.1
|
label 79
|
del v
|
del $66compare_op.7
|
jump 50
|
508:
v = view.item()
$56load_method.3 = getattr(value=view, attr=item) :: BoundFunction(array.item for array(float64, 0d, C))
|
del view
|
$58call_method.4 = call $56load_method.3(func=$56load_method.3, args=[], kws=(), vararg=None) :: () -> float64
|
del $56load_method.3
|
v = $58call_method.4 :: float64
|
del $58call_method.4
|
509:
if v < min_value:
$66compare_op.7 = v < min_value :: bool
|
branch $66compare_op.7, 70, 79
|
510:
min_value = v
label 70
|
del $66compare_op.7
|
min_value = v :: float64
|
del v
|
jump 79
|
label 76
|
511:
return min_value
del $phi52.1
|
del $phi50.0
|
del $50for_iter.3
|
jump 78
|
label 78
|
$80return_value.1 = cast(value=min_value) :: float64
|
del min_value
|
return $80return_value.1
|
2702:
def check_shape(shape, main_shape):
| ||||||||||||||||||||||||||
|
label 0
|
shape = arg(0, name=shape) :: UniTuple(int64 x 1)
|
main_shape = arg(1, name=main_shape) :: UniTuple(int64 x 1)
|
$2load_global.0 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
del $2load_global.0
|
$6call_function.2 = const(int, 1) :: Literal[int](1)
|
n = $6call_function.2 :: Literal[int](1)
|
del $6call_function.2
|
2704:
for i in range(n):
jump 10
|
label 10
|
$12load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$16call_function.2 = call $12load_global.0(n, func=$12load_global.0, args=[Var(n, arrayobj.py:2703)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $12load_global.0
|
$18get_iter.3 = getiter(value=$16call_function.2) :: range_iter_int64
|
del $16call_function.2
|
$phi20.0 = $18get_iter.3 :: range_iter_int64
|
del $18get_iter.3
|
jump 20
|
label 20
|
del $48compare_op.14
|
$20for_iter.1 = iternext(value=$phi20.0) :: pair<int64, bool>
|
$20for_iter.2 = pair_first(value=$20for_iter.1) :: int64
|
$20for_iter.3 = pair_second(value=$20for_iter.1) :: bool
|
del $20for_iter.1
|
$phi22.1 = $20for_iter.2 :: int64
|
del $20for_iter.2
|
branch $20for_iter.3, 22, 62
|
label 22
|
del $20for_iter.3
|
i = $phi22.1 :: int64
|
del $phi22.1
|
2705:
if shape[i] != main_shape[len(main_shape) - n + i]:
$28binary_subscr.4 = getitem(value=shape, index=i) :: int64
|
$32load_global.6 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
del $32load_global.6
|
$36call_function.8 = const(int, 1) :: Literal[int](1)
|
$40binary_subtract.10 = $36call_function.8 - n :: int64
|
del $36call_function.8
|
$44binary_add.12 = $40binary_subtract.10 + i :: int64
|
del i
|
del $40binary_subtract.10
|
$46binary_subscr.13 = getitem(value=main_shape, index=$44binary_add.12) :: int64
|
del $44binary_add.12
|
$48compare_op.14 = $28binary_subscr.4 != $46binary_subscr.13 :: bool
|
del $46binary_subscr.13
|
del $28binary_subscr.4
|
branch $48compare_op.14, 52, 20
|
2706:
raise ValueError("nditer(): operands could not be "
label 52
|
del shape
|
del n
|
del main_shape
|
del $phi20.0
|
del $48compare_op.14
|
$52load_global.1 = global(ValueError: <class 'ValueError'>) :: ValueError
|
$const54.2 = const(str, nditer(): operands could not be broadcast together) :: Literal[str](nditer(): operands could not be broadcast together)
|
$56call_function.3 = call $52load_global.1($const54.2, func=$52load_global.1, args=[Var($const54.2, arrayobj.py:2706)], kws=(), vararg=None) :: () -> ValueError(...)
|
del $const54.2
|
del $56call_function.3
|
del $52load_global.1
|
raise <class 'ValueError'>('nditer(): operands could not be broadcast together')
|
label 62
|
del shape
|
del n
|
del main_shape
|
del $phi22.1
|
del $phi20.0
|
del $20for_iter.3
|
jump 64
|
label 64
|
$const64.0 = const(NoneType, None) :: none
|
$66return_value.1 = cast(value=$const64.0) :: none
|
del $const64.0
|
return $66return_value.1
|
2707:
"broadcast together")
3753:
def take_impl(a, indices):
| |||||||||||||||||||
|
label 0
|
a = arg(0, name=a) :: array(float64, 0d, C)
|
indices = arg(1, name=indices) :: Literal[int](0)
|
$6load_attr.2 = getattr(value=a, attr=size) :: int64
|
$const8.3 = const(int, 1) :: Literal[int](1)
|
$10binary_subtract.4 = $6load_attr.2 - $const8.3 :: int64
|
del $const8.3
|
del $6load_attr.2
|
$12compare_op.5 = indices > $10binary_subtract.4 :: bool
|
del $10binary_subtract.4
|
branch $12compare_op.5, 28, 16
|
label 16
|
del $12compare_op.5
|
$20load_attr.2 = getattr(value=a, attr=size) :: int64
|
$22unary_negative.3 = unary(fn=<built-in function neg>, value=$20load_attr.2) :: int64
|
del $20load_attr.2
|
$24compare_op.4 = indices < $22unary_negative.3 :: bool
|
del $22unary_negative.3
|
branch $24compare_op.4, 28, 36
|
3755:
raise IndexError("Index out of bounds")
label 28
|
del indices
|
del a
|
del $24compare_op.4
|
del $12compare_op.5
|
$28load_global.0 = global(IndexError: <class 'IndexError'>) :: IndexError
|
$const30.1 = const(str, Index out of bounds) :: Literal[str](Index out of bounds)
|
$32call_function.2 = call $28load_global.0($const30.1, func=$28load_global.0, args=[Var($const30.1, arrayobj.py:3755)], kws=(), vararg=None) :: () -> IndexError(...)
|
del $const30.1
|
del $32call_function.2
|
del $28load_global.0
|
raise <class 'IndexError'>('Index out of bounds')
|
3756:
return a.ravel()[np.int(indices)]
label 36
|
del $24compare_op.4
|
$38load_method.1 = getattr(value=a, attr=ravel) :: BoundFunction(array.ravel for array(float64, 0d, C))
|
del a
|
$40call_method.2 = call $38load_method.1(func=$38load_method.1, args=[], kws=(), vararg=None) :: () -> array(float64, 1d, C)
|
del $38load_method.1
|
$42load_global.3 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$44load_method.4 = getattr(value=$42load_global.3, attr=int) :: Function(<class 'int'>)
|
del $42load_global.3
|
$48call_method.6 = call $44load_method.4(indices, func=$44load_method.4, args=[Var(indices, arrayobj.py:3754)], kws=(), vararg=None) :: (Literal[int](0),) -> Literal[int](0)
|
del indices
|
del $44load_method.4
|
$50binary_subscr.7 = getitem(value=$40call_method.2, index=$48call_method.6) :: float64
|
del $48call_method.6
|
del $40call_method.2
|
$52return_value.8 = cast(value=$50binary_subscr.7) :: float64
|
del $50binary_subscr.7
|
return $52return_value.8
|
1725:
def imp_nocopy(ary):
| |||||||||||
1726:
"""No copy version"""
| |||||||||||
|
label 0
|
ary = arg(0, name=ary) :: array(float64, 0d, C)
|
$4load_method.1 = getattr(value=ary, attr=reshape) :: BoundFunction(array.reshape for array(float64, 0d, C))
|
$8load_attr.3 = getattr(value=ary, attr=size) :: int64
|
del ary
|
$10call_method.4 = call $4load_method.1($8load_attr.3, func=$4load_method.1, args=[Var($8load_attr.3, arrayobj.py:1727)], kws=(), vararg=None) :: (int64,) -> array(float64, 1d, C)
|
del $8load_attr.3
|
del $4load_method.1
|
$12return_value.5 = cast(value=$10call_method.4) :: array(float64, 1d, C)
|
del $10call_method.4
|
return $12return_value.5
|
1588:
def normalize_reshape_value(origsize, shape):
| |||||||||||||||||||||||||||||||
|
label 0
|
origsize = arg(0, name=origsize) :: uint64
|
shape = arg(1, name=shape) :: array(int64, 1d, C)
|
$const2.0 = const(int, 0) :: Literal[int](0)
|
num_neg_value = $const2.0 :: int64
|
del $const2.0
|
1590:
known_size = 1
$const6.1 = const(int, 1) :: Literal[int](1)
|
known_size = $const6.1 :: int64
|
del $const6.1
|
1591:
for ax, s in enumerate(shape):
jump 10
|
label 10
|
$12load_global.0 = global(enumerate: <class 'enumerate'>) :: Function(<class 'enumerate'>)
|
$16call_function.2 = call $12load_global.0(shape, func=$12load_global.0, args=[Var(shape, arrayobj.py:1589)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> enumerate(iter(array(int64, 1d, C)))
|
del $12load_global.0
|
$18get_iter.3 = getiter(value=$16call_function.2) :: enumerate(iter(array(int64, 1d, C)))
|
del $16call_function.2
|
$phi20.0 = $18get_iter.3 :: enumerate(iter(array(int64, 1d, C)))
|
del $18get_iter.3
|
jump 20
|
label 20
|
$20for_iter.1 = iternext(value=$phi20.0) :: pair<UniTuple(int64 x 2), bool>
|
$20for_iter.2 = pair_first(value=$20for_iter.1) :: UniTuple(int64 x 2)
|
$20for_iter.3 = pair_second(value=$20for_iter.1) :: bool
|
del $20for_iter.1
|
$phi22.1 = $20for_iter.2 :: UniTuple(int64 x 2)
|
del $20for_iter.2
|
branch $20for_iter.3, 22, 60
|
label 22
|
del $20for_iter.3
|
$22unpack_sequence.4 = exhaust_iter(value=$phi22.1, count=2) :: UniTuple(int64 x 2)
|
del $phi22.1
|
$22unpack_sequence.2 = static_getitem(value=$22unpack_sequence.4, index=0, index_var=None) :: int64
|
$22unpack_sequence.3 = static_getitem(value=$22unpack_sequence.4, index=1, index_var=None) :: int64
|
del $22unpack_sequence.4
|
ax = $22unpack_sequence.2 :: int64
|
del $22unpack_sequence.2
|
s = $22unpack_sequence.3 :: int64
|
del $22unpack_sequence.3
|
label 169
|
jump 20
|
1592:
if s < 0:
$const30.6 = const(int, 0) :: Literal[int](0)
|
$32compare_op.7 = s < $const30.6 :: bool
|
del $const30.6
|
branch $32compare_op.7, 36, 50
|
1593:
num_neg_value += 1
label 36
|
del s
|
del $32compare_op.7
|
$const38.2 = const(int, 1) :: Literal[int](1)
|
$40inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=num_neg_value, rhs=$const38.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const38.2
|
num_neg_value = $40inplace_add.3 :: int64
|
del $40inplace_add.3
|
1594:
neg_ax = ax
neg_ax = ax :: int64
|
del ax
|
jump 169
|
1595:
else:
1596:
known_size *= s
label 50
|
del ax
|
del $32compare_op.7
|
$54inplace_multiply.3 = inplace_binop(fn=<built-in function imul>, immutable_fn=<built-in function mul>, lhs=known_size, rhs=s, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del s
|
known_size = $54inplace_multiply.3 :: int64
|
del $54inplace_multiply.3
|
jump 169
|
label 60
|
1597:
1598:
if num_neg_value == 0:
del $phi22.1
|
del $phi20.0
|
del $20for_iter.3
|
jump 62
|
label 62
|
$const64.1 = const(int, 0) :: Literal[int](0)
|
$66compare_op.2 = num_neg_value == $const64.1 :: bool
|
del $const64.1
|
branch $66compare_op.2, 70, 88
|
1599:
if origsize != known_size:
label 70
|
del shape
|
del num_neg_value
|
del neg_ax
|
del $66compare_op.2
|
$74compare_op.2 = origsize != known_size :: bool
|
del origsize
|
del known_size
|
branch $74compare_op.2, 78, 168
|
1600:
raise ValueError("total size of new array must be unchanged")
label 78
|
del $74compare_op.2
|
$78load_global.0 = global(ValueError: <class 'ValueError'>) :: ValueError
|
$const80.1 = const(str, total size of new array must be unchanged) :: Literal[str](total size of new array must be unchanged)
|
$82call_function.2 = call $78load_global.0($const80.1, func=$78load_global.0, args=[Var($const80.1, arrayobj.py:1600)], kws=(), vararg=None) :: () -> ValueError(...)
|
del $const80.1
|
del $82call_function.2
|
del $78load_global.0
|
raise <class 'ValueError'>('total size of new array must be unchanged')
|
1601:
1602:
elif num_neg_value == 1:
label 88
|
del $66compare_op.2
|
$const90.1 = const(int, 1) :: Literal[int](1)
|
$92compare_op.2 = num_neg_value == $const90.1 :: bool
|
del num_neg_value
|
del $const90.1
|
branch $92compare_op.2, 96, 160
|
1603:
# Infer negative dimension
1604:
if known_size == 0:
label 96
|
del $92compare_op.2
|
$const98.1 = const(int, 0) :: Literal[int](0)
|
$100compare_op.2 = known_size == $const98.1 :: bool
|
del $const98.1
|
branch $100compare_op.2, 104, 118
|
1605:
inferred = 0
label 104
|
del known_size
|
del $100compare_op.2
|
$const104.0 = const(int, 0) :: Literal[int](0)
|
inferred = $const104.0 :: int64
|
del $const104.0
|
1606:
ok = origsize == 0
$const110.2 = const(int, 0) :: Literal[int](0)
|
$112compare_op.3 = origsize == $const110.2 :: bool
|
del origsize
|
del $const110.2
|
ok = $112compare_op.3 :: bool
|
del $112compare_op.3
|
jump 138
|
1607:
else:
1608:
inferred = origsize // known_size
label 118
|
del $100compare_op.2
|
$122binary_floor_divide.2 = origsize // known_size :: int64
|
inferred = $122binary_floor_divide.2 :: int64
|
del $122binary_floor_divide.2
|
1609:
ok = origsize % known_size == 0
$130binary_modulo.5 = origsize % known_size :: int64
|
del origsize
|
del known_size
|
$const132.6 = const(int, 0) :: Literal[int](0)
|
$134compare_op.7 = $130binary_modulo.5 == $const132.6 :: bool
|
del $const132.6
|
del $130binary_modulo.5
|
ok = $134compare_op.7 :: bool
|
del $134compare_op.7
|
1610:
if not ok:
jump 138
|
label 138
|
branch ok, 150, 142
|
1611:
raise ValueError("total size of new array must be unchanged")
label 142
|
del shape
|
del ok
|
del neg_ax
|
del inferred
|
$142load_global.0 = global(ValueError: <class 'ValueError'>) :: ValueError
|
$const144.1 = const(str, total size of new array must be unchanged) :: Literal[str](total size of new array must be unchanged)
|
$146call_function.2 = call $142load_global.0($const144.1, func=$142load_global.0, args=[Var($const144.1, arrayobj.py:1611)], kws=(), vararg=None) :: () -> ValueError(...)
|
del $const144.1
|
del $146call_function.2
|
del $142load_global.0
|
raise <class 'ValueError'>('total size of new array must be unchanged')
|
1612:
shape[neg_ax] = inferred
label 150
|
del ok
|
shape[neg_ax] = inferred :: (array(int64, 1d, C), int64, int64) -> none
|
del shape
|
del neg_ax
|
del inferred
|
jump 168
|
1613:
1614:
else:
1615:
raise ValueError("multiple negative shape values")
label 160
|
del shape
|
del origsize
|
del neg_ax
|
del known_size
|
del $92compare_op.2
|
$160load_global.0 = global(ValueError: <class 'ValueError'>) :: ValueError
|
$const162.1 = const(str, multiple negative shape values) :: Literal[str](multiple negative shape values)
|
$164call_function.2 = call $160load_global.0($const162.1, func=$160load_global.0, args=[Var($const162.1, arrayobj.py:1615)], kws=(), vararg=None) :: () -> ValueError(...)
|
del $const162.1
|
del $164call_function.2
|
del $160load_global.0
|
raise <class 'ValueError'>('multiple negative shape values')
|
label 168
|
del $74compare_op.2
|
$const168.0 = const(NoneType, None) :: none
|
$170return_value.1 = cast(value=$const168.0) :: none
|
del $const168.0
|
return $170return_value.1
|
540:
def array_max_impl(arry):
| |||||||||||||||||||||||
|
label 0
|
arry = arg(0, name=arry) :: array(float64, 1d, A)
|
$4load_attr.1 = getattr(value=arry, attr=size) :: int64
|
$const6.2 = const(int, 0) :: Literal[int](0)
|
$8compare_op.3 = $4load_attr.1 == $const6.2 :: bool
|
del $const6.2
|
del $4load_attr.1
|
branch $8compare_op.3, 12, 20
|
542:
raise ValueError(MSG)
label 12
|
del arry
|
del $8compare_op.3
|
$12load_global.0 = global(ValueError: <class 'ValueError'>) :: ValueError
|
$14load_deref.1 = freevar(MSG: zero-size array to reduction operation maximum which has no identity) :: Literal[str](zero-size array to reduction operation maximum which has no identity)
|
$16call_function.2 = call $12load_global.0($14load_deref.1, func=$12load_global.0, args=[Var($14load_deref.1, arraymath.py:542)], kws=(), vararg=None) :: () -> ValueError(...)
|
del $16call_function.2
|
del $14load_deref.1
|
del $12load_global.0
|
raise <class 'ValueError'>('zero-size array to reduction operation maximum which has no identity')
|
543:
544:
it = np.nditer(arry)
label 20
|
del $8compare_op.3
|
$20load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$22load_method.1 = getattr(value=$20load_global.0, attr=nditer) :: Function(<class 'numpy.nditer'>)
|
del $20load_global.0
|
$26call_method.3 = call $22load_method.1(arry, func=$22load_method.1, args=[Var(arry, arraymath.py:541)], kws=(), vararg=None) :: (array(float64, 1d, A),) -> nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del arry
|
del $22load_method.1
|
it = $26call_method.3 :: nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del $26call_method.3
|
545:
max_value = next(it).take(0)
$30load_global.4 = global(next: <built-in function next>) :: Function(<built-in function next>)
|
$34call_function.6 = call $30load_global.4(it, func=$30load_global.4, args=[Var(it, arraymath.py:544)], kws=(), vararg=None) :: (nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),)),) -> array(float64, 0d, C)
|
del $30load_global.4
|
$36load_method.7 = getattr(value=$34call_function.6, attr=take) :: BoundFunction(array.take for array(float64, 0d, C))
|
del $34call_function.6
|
$const38.8 = const(int, 0) :: Literal[int](0)
|
$40call_method.9 = call $36load_method.7($const38.8, func=$36load_method.7, args=[Var($const38.8, arraymath.py:545)], kws=(), vararg=None) :: (Literal[int](0),) -> float64
|
del $const38.8
|
del $36load_method.7
|
max_value = $40call_method.9 :: float64
|
del $40call_method.9
|
546:
547:
for view in it:
jump 44
|
label 44
|
$48get_iter.1 = getiter(value=it) :: nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del it
|
$phi50.0 = $48get_iter.1 :: nditer(ndim=1, layout=C, inputs=(array(float64, 1d, A),))
|
del $48get_iter.1
|
jump 50
|
label 50
|
$50for_iter.1 = iternext(value=$phi50.0) :: pair<array(float64, 0d, C), bool>
|
$50for_iter.2 = pair_first(value=$50for_iter.1) :: array(float64, 0d, C)
|
$50for_iter.3 = pair_second(value=$50for_iter.1) :: bool
|
del $50for_iter.1
|
$phi52.1 = $50for_iter.2 :: array(float64, 0d, C)
|
del $50for_iter.2
|
branch $50for_iter.3, 52, 76
|
label 52
|
del $50for_iter.3
|
view = $phi52.1 :: array(float64, 0d, C)
|
del $phi52.1
|
label 79
|
del v
|
del $66compare_op.7
|
jump 50
|
548:
v = view.item()
$56load_method.3 = getattr(value=view, attr=item) :: BoundFunction(array.item for array(float64, 0d, C))
|
del view
|
$58call_method.4 = call $56load_method.3(func=$56load_method.3, args=[], kws=(), vararg=None) :: () -> float64
|
del $56load_method.3
|
v = $58call_method.4 :: float64
|
del $58call_method.4
|
549:
if v > max_value:
$66compare_op.7 = v > max_value :: bool
|
branch $66compare_op.7, 70, 79
|
550:
max_value = v
label 70
|
del $66compare_op.7
|
max_value = v :: float64
|
del v
|
jump 79
|
label 76
|
551:
return max_value
del $phi52.1
|
del $phi50.0
|
del $50for_iter.3
|
jump 78
|
label 78
|
$80return_value.1 = cast(value=max_value) :: float64
|
del max_value
|
return $80return_value.1
|
70:
@njit
| |||||||
71:
def Split(a, splitter):
| |||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
splitter = arg(1, name=splitter) :: float64
|
$6binary_multiply.2 = splitter * a :: float64
|
del splitter
|
c = $6binary_multiply.2 :: float64
|
del $6binary_multiply.2
|
73:
abig = c - a
$14binary_subtract.5 = c - a :: float64
|
abig = $14binary_subtract.5 :: float64
|
del $14binary_subtract.5
|
74:
ahi = c - abig
$22binary_subtract.8 = c - abig :: float64
|
del c
|
del abig
|
ahi = $22binary_subtract.8 :: float64
|
del $22binary_subtract.8
|
75:
alo = a - ahi
$30binary_subtract.11 = a - ahi :: float64
|
del a
|
alo = $30binary_subtract.11 :: float64
|
del $30binary_subtract.11
|
76:
return ahi, alo
$38build_tuple.14 = build_tuple(items=[Var(ahi, adaptive_predicates.py:74), Var(alo, adaptive_predicates.py:75)]) :: UniTuple(float64 x 2)
|
del alo
|
del ahi
|
$40return_value.15 = cast(value=$38build_tuple.14) :: UniTuple(float64 x 2)
|
del $38build_tuple.14
|
return $40return_value.15
|
79:
@njit
| ||||||||||||||||||
80:
def Two_Product_Tail(a, b, x, splitter):
| ||||||||||||||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
x = arg(2, name=x) :: float64
|
splitter = arg(3, name=splitter) :: float64
|
$2load_global.0 = global(Split: CPUDispatcher(<function Split at 0x7f51d4cb2560>)) :: type(CPUDispatcher(<function Split at 0x7f51d4cb2560>))
|
$8call_function.3 = call $2load_global.0(a, splitter, func=$2load_global.0, args=[Var(a, adaptive_predicates.py:81), Var(splitter, adaptive_predicates.py:81)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del a
|
del $2load_global.0
|
$10unpack_sequence.6 = exhaust_iter(value=$8call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $8call_function.3
|
$10unpack_sequence.4 = static_getitem(value=$10unpack_sequence.6, index=0, index_var=None) :: float64
|
$10unpack_sequence.5 = static_getitem(value=$10unpack_sequence.6, index=1, index_var=None) :: float64
|
del $10unpack_sequence.6
|
ahi = $10unpack_sequence.4 :: float64
|
del $10unpack_sequence.4
|
alo = $10unpack_sequence.5 :: float64
|
del $10unpack_sequence.5
|
82:
bhi, blo = Split(b, splitter)
$16load_global.7 = global(Split: CPUDispatcher(<function Split at 0x7f51d4cb2560>)) :: type(CPUDispatcher(<function Split at 0x7f51d4cb2560>))
|
$22call_function.10 = call $16load_global.7(b, splitter, func=$16load_global.7, args=[Var(b, adaptive_predicates.py:81), Var(splitter, adaptive_predicates.py:81)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del splitter
|
del b
|
del $16load_global.7
|
$24unpack_sequence.13 = exhaust_iter(value=$22call_function.10, count=2) :: UniTuple(float64 x 2)
|
del $22call_function.10
|
$24unpack_sequence.11 = static_getitem(value=$24unpack_sequence.13, index=0, index_var=None) :: float64
|
$24unpack_sequence.12 = static_getitem(value=$24unpack_sequence.13, index=1, index_var=None) :: float64
|
del $24unpack_sequence.13
|
bhi = $24unpack_sequence.11 :: float64
|
del $24unpack_sequence.11
|
blo = $24unpack_sequence.12 :: float64
|
del $24unpack_sequence.12
|
83:
err1 = x - (ahi * bhi)
$36binary_multiply.17 = ahi * bhi :: float64
|
$38binary_subtract.18 = x - $36binary_multiply.17 :: float64
|
del x
|
del $36binary_multiply.17
|
err1 = $38binary_subtract.18 :: float64
|
del $38binary_subtract.18
|
84:
err2 = err1 - (alo * bhi)
$48binary_multiply.22 = alo * bhi :: float64
|
del bhi
|
$50binary_subtract.23 = err1 - $48binary_multiply.22 :: float64
|
del err1
|
del $48binary_multiply.22
|
err2 = $50binary_subtract.23 :: float64
|
del $50binary_subtract.23
|
85:
err3 = err2 - (ahi * blo)
$60binary_multiply.27 = ahi * blo :: float64
|
del ahi
|
$62binary_subtract.28 = err2 - $60binary_multiply.27 :: float64
|
del err2
|
del $60binary_multiply.27
|
err3 = $62binary_subtract.28 :: float64
|
del $62binary_subtract.28
|
86:
y = (alo * blo) - err3
$70binary_multiply.31 = alo * blo :: float64
|
del blo
|
del alo
|
$74binary_subtract.33 = $70binary_multiply.31 - err3 :: float64
|
del err3
|
del $70binary_multiply.31
|
y = $74binary_subtract.33 :: float64
|
del $74binary_subtract.33
|
87:
return y
$80return_value.35 = cast(value=y) :: float64
|
del y
|
return $80return_value.35
|
90:
@njit
| ||||||||
91:
def Two_Product(a, b, splitter):
| ||||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
splitter = arg(2, name=splitter) :: float64
|
$6binary_multiply.2 = a * b :: float64
|
x = $6binary_multiply.2 :: float64
|
del $6binary_multiply.2
|
93:
y = Two_Product_Tail(a, b, x, splitter)
$10load_global.3 = global(Two_Product_Tail: CPUDispatcher(<function Two_Product_Tail at 0x7f51d4cb2830>)) :: type(CPUDispatcher(<function Two_Product_Tail at 0x7f51d4cb2830>))
|
$20call_function.8 = call $10load_global.3(a, b, x, splitter, func=$10load_global.3, args=[Var(a, adaptive_predicates.py:92), Var(b, adaptive_predicates.py:92), Var(x, adaptive_predicates.py:92), Var(splitter, adaptive_predicates.py:92)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> float64
|
del splitter
|
del b
|
del a
|
del $10load_global.3
|
y = $20call_function.8 :: float64
|
del $20call_function.8
|
94:
return x, y
$28build_tuple.11 = build_tuple(items=[Var(x, adaptive_predicates.py:92), Var(y, adaptive_predicates.py:93)]) :: UniTuple(float64 x 2)
|
del y
|
del x
|
$30return_value.12 = cast(value=$28build_tuple.11) :: UniTuple(float64 x 2)
|
del $28build_tuple.11
|
return $30return_value.12
|
53:
@njit
| |||||||
54:
def Two_Diff_Tail(a, b, x):
| |||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
x = arg(2, name=x) :: float64
|
$6binary_subtract.2 = a - x :: float64
|
bvirt = $6binary_subtract.2 :: float64
|
del $6binary_subtract.2
|
56:
avirt = x + bvirt
$14binary_add.5 = x + bvirt :: float64
|
del x
|
avirt = $14binary_add.5 :: float64
|
del $14binary_add.5
|
57:
bround = bvirt - b
$22binary_subtract.8 = bvirt - b :: float64
|
del bvirt
|
del b
|
bround = $22binary_subtract.8 :: float64
|
del $22binary_subtract.8
|
58:
around = a - avirt
$30binary_subtract.11 = a - avirt :: float64
|
del avirt
|
del a
|
around = $30binary_subtract.11 :: float64
|
del $30binary_subtract.11
|
59:
y = around + bround
$38binary_add.14 = around + bround :: float64
|
del bround
|
del around
|
y = $38binary_add.14 :: float64
|
del $38binary_add.14
|
60:
return y
$44return_value.16 = cast(value=y) :: float64
|
del y
|
return $44return_value.16
|
63:
@njit
| |||||||
64:
def Two_Diff(a, b):
| |||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
$6binary_subtract.2 = a - b :: float64
|
x = $6binary_subtract.2 :: float64
|
del $6binary_subtract.2
|
66:
y = Two_Diff_Tail(a, b, x)
$10load_global.3 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$18call_function.7 = call $10load_global.3(a, b, x, func=$10load_global.3, args=[Var(a, adaptive_predicates.py:65), Var(b, adaptive_predicates.py:65), Var(x, adaptive_predicates.py:65)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del b
|
del a
|
del $10load_global.3
|
y = $18call_function.7 :: float64
|
del $18call_function.7
|
67:
return x, y
$26build_tuple.10 = build_tuple(items=[Var(x, adaptive_predicates.py:65), Var(y, adaptive_predicates.py:66)]) :: UniTuple(float64 x 2)
|
del y
|
del x
|
$28return_value.11 = cast(value=$26build_tuple.10) :: UniTuple(float64 x 2)
|
del $26build_tuple.10
|
return $28return_value.11
|
36:
@njit
| |||||||
37:
def Two_Sum_Tail(a, b, x):
| |||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
x = arg(2, name=x) :: float64
|
$6binary_subtract.2 = x - a :: float64
|
bvirt = $6binary_subtract.2 :: float64
|
del $6binary_subtract.2
|
39:
avirt = x - bvirt
$14binary_subtract.5 = x - bvirt :: float64
|
del x
|
avirt = $14binary_subtract.5 :: float64
|
del $14binary_subtract.5
|
40:
bround = b - bvirt
$22binary_subtract.8 = b - bvirt :: float64
|
del bvirt
|
del b
|
bround = $22binary_subtract.8 :: float64
|
del $22binary_subtract.8
|
41:
around = a - avirt
$30binary_subtract.11 = a - avirt :: float64
|
del avirt
|
del a
|
around = $30binary_subtract.11 :: float64
|
del $30binary_subtract.11
|
42:
y = around + bround
$38binary_add.14 = around + bround :: float64
|
del bround
|
del around
|
y = $38binary_add.14 :: float64
|
del $38binary_add.14
|
43:
return y
$44return_value.16 = cast(value=y) :: float64
|
del y
|
return $44return_value.16
|
46:
@njit
| |||||||
47:
def Two_Sum(a, b):
| |||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
$6binary_add.2 = a + b :: float64
|
x = $6binary_add.2 :: float64
|
del $6binary_add.2
|
49:
y = Two_Sum_Tail(a, b, x)
$10load_global.3 = global(Two_Sum_Tail: CPUDispatcher(<function Two_Sum_Tail at 0x7f51d4cc59e0>)) :: type(CPUDispatcher(<function Two_Sum_Tail at 0x7f51d4cc59e0>))
|
$18call_function.7 = call $10load_global.3(a, b, x, func=$10load_global.3, args=[Var(a, adaptive_predicates.py:48), Var(b, adaptive_predicates.py:48), Var(x, adaptive_predicates.py:48)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del b
|
del a
|
del $10load_global.3
|
y = $18call_function.7 :: float64
|
del $18call_function.7
|
50:
return x, y
$26build_tuple.10 = build_tuple(items=[Var(x, adaptive_predicates.py:48), Var(y, adaptive_predicates.py:49)]) :: UniTuple(float64 x 2)
|
del y
|
del x
|
$28return_value.11 = cast(value=$26build_tuple.10) :: UniTuple(float64 x 2)
|
del $26build_tuple.10
|
return $28return_value.11
|
152:
@njit
| ||||||||||||||||||
153:
def Two_One_Diff(a1, a0, b):
| ||||||||||||||||||
|
label 0
|
a1 = arg(0, name=a1) :: float64
|
a0 = arg(1, name=a0) :: float64
|
b = arg(2, name=b) :: float64
|
$2load_global.0 = global(Two_Diff: CPUDispatcher(<function Two_Diff at 0x7f51d4cb2290>)) :: type(CPUDispatcher(<function Two_Diff at 0x7f51d4cb2290>))
|
$8call_function.3 = call $2load_global.0(a0, b, func=$2load_global.0, args=[Var(a0, adaptive_predicates.py:154), Var(b, adaptive_predicates.py:154)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del b
|
del a0
|
del $2load_global.0
|
$10unpack_sequence.6 = exhaust_iter(value=$8call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $8call_function.3
|
$10unpack_sequence.4 = static_getitem(value=$10unpack_sequence.6, index=0, index_var=None) :: float64
|
$10unpack_sequence.5 = static_getitem(value=$10unpack_sequence.6, index=1, index_var=None) :: float64
|
del $10unpack_sequence.6
|
_i = $10unpack_sequence.4 :: float64
|
del $10unpack_sequence.4
|
x0 = $10unpack_sequence.5 :: float64
|
del $10unpack_sequence.5
|
155:
x2, x1 = Two_Sum(a1, _i)
$16load_global.7 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$22call_function.10 = call $16load_global.7(a1, _i, func=$16load_global.7, args=[Var(a1, adaptive_predicates.py:154), Var(_i, adaptive_predicates.py:154)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del a1
|
del _i
|
del $16load_global.7
|
$24unpack_sequence.13 = exhaust_iter(value=$22call_function.10, count=2) :: UniTuple(float64 x 2)
|
del $22call_function.10
|
$24unpack_sequence.11 = static_getitem(value=$24unpack_sequence.13, index=0, index_var=None) :: float64
|
$24unpack_sequence.12 = static_getitem(value=$24unpack_sequence.13, index=1, index_var=None) :: float64
|
del $24unpack_sequence.13
|
x2 = $24unpack_sequence.11 :: float64
|
del $24unpack_sequence.11
|
x1 = $24unpack_sequence.12 :: float64
|
del $24unpack_sequence.12
|
156:
return x2, x1, x0
$36build_tuple.17 = build_tuple(items=[Var(x2, adaptive_predicates.py:155), Var(x1, adaptive_predicates.py:155), Var(x0, adaptive_predicates.py:154)]) :: UniTuple(float64 x 3)
|
del x2
|
del x1
|
del x0
|
$38return_value.18 = cast(value=$36build_tuple.17) :: UniTuple(float64 x 3)
|
del $36build_tuple.17
|
return $38return_value.18
|
166:
@njit
| |||||||||||||||||||||||
167:
def Two_Two_Diff(a1, a0, b1, b0):
| |||||||||||||||||||||||
|
label 0
|
a1 = arg(0, name=a1) :: float64
|
a0 = arg(1, name=a0) :: float64
|
b1 = arg(2, name=b1) :: float64
|
b0 = arg(3, name=b0) :: float64
|
$2load_global.0 = global(Two_One_Diff: CPUDispatcher(<function Two_One_Diff at 0x7f51d4cacc20>)) :: type(CPUDispatcher(<function Two_One_Diff at 0x7f51d4cacc20>))
|
$10call_function.4 = call $2load_global.0(a1, a0, b0, func=$2load_global.0, args=[Var(a1, adaptive_predicates.py:168), Var(a0, adaptive_predicates.py:168), Var(b0, adaptive_predicates.py:168)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 3)
|
del b0
|
del a1
|
del a0
|
del $2load_global.0
|
$12unpack_sequence.8 = exhaust_iter(value=$10call_function.4, count=3) :: UniTuple(float64 x 3)
|
del $10call_function.4
|
$12unpack_sequence.5 = static_getitem(value=$12unpack_sequence.8, index=0, index_var=None) :: float64
|
$12unpack_sequence.6 = static_getitem(value=$12unpack_sequence.8, index=1, index_var=None) :: float64
|
$12unpack_sequence.7 = static_getitem(value=$12unpack_sequence.8, index=2, index_var=None) :: float64
|
del $12unpack_sequence.8
|
_j = $12unpack_sequence.5 :: float64
|
del $12unpack_sequence.5
|
_0 = $12unpack_sequence.6 :: float64
|
del $12unpack_sequence.6
|
x0 = $12unpack_sequence.7 :: float64
|
del $12unpack_sequence.7
|
169:
x3, x2, x1 = Two_One_Diff(_j, _0, b1)
$20load_global.9 = global(Two_One_Diff: CPUDispatcher(<function Two_One_Diff at 0x7f51d4cacc20>)) :: type(CPUDispatcher(<function Two_One_Diff at 0x7f51d4cacc20>))
|
$28call_function.13 = call $20load_global.9(_j, _0, b1, func=$20load_global.9, args=[Var(_j, adaptive_predicates.py:168), Var(_0, adaptive_predicates.py:168), Var(b1, adaptive_predicates.py:168)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 3)
|
del b1
|
del _j
|
del _0
|
del $20load_global.9
|
$30unpack_sequence.17 = exhaust_iter(value=$28call_function.13, count=3) :: UniTuple(float64 x 3)
|
del $28call_function.13
|
$30unpack_sequence.14 = static_getitem(value=$30unpack_sequence.17, index=0, index_var=None) :: float64
|
$30unpack_sequence.15 = static_getitem(value=$30unpack_sequence.17, index=1, index_var=None) :: float64
|
$30unpack_sequence.16 = static_getitem(value=$30unpack_sequence.17, index=2, index_var=None) :: float64
|
del $30unpack_sequence.17
|
x3 = $30unpack_sequence.14 :: float64
|
del $30unpack_sequence.14
|
x2 = $30unpack_sequence.15 :: float64
|
del $30unpack_sequence.15
|
x1 = $30unpack_sequence.16 :: float64
|
del $30unpack_sequence.16
|
170:
return x3, x2, x1, x0
$46build_tuple.22 = build_tuple(items=[Var(x3, adaptive_predicates.py:169), Var(x2, adaptive_predicates.py:169), Var(x1, adaptive_predicates.py:169), Var(x0, adaptive_predicates.py:168)]) :: UniTuple(float64 x 4)
|
del x3
|
del x2
|
del x1
|
del x0
|
$48return_value.23 = cast(value=$46build_tuple.22) :: UniTuple(float64 x 4)
|
del $46build_tuple.22
|
return $48return_value.23
|
988:
@njit
| |||||||||||||||||||||||||
989:
def estimate(elen, e):
| |||||||||||||||||||||||||
990:
| |||||||||||||||||||||||||
|
label 0
|
elen = arg(0, name=elen) :: Literal[int](4)
|
e = arg(1, name=e) :: array(float64, 1d, C)
|
$const4.1 = const(int, 0) :: Literal[int](0)
|
$6binary_subscr.2 = static_getitem(value=e, index=0, index_var=$const4.1) :: float64
|
del $const4.1
|
Q = $6binary_subscr.2 :: float64
|
del $6binary_subscr.2
|
992:
for eindex in range(1, elen):
jump 10
|
label 10
|
$12load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const14.1 = const(int, 1) :: Literal[int](1)
|
$18call_function.3 = call $12load_global.0($const14.1, elen, func=$12load_global.0, args=[Var($const14.1, adaptive_predicates.py:992), Var(elen, adaptive_predicates.py:991)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del elen
|
del $const14.1
|
del $12load_global.0
|
$20get_iter.4 = getiter(value=$18call_function.3) :: range_iter_int64
|
del $18call_function.3
|
$phi22.0 = $20get_iter.4 :: range_iter_int64
|
del $20get_iter.4
|
jump 22
|
label 22
|
$22for_iter.1 = iternext(value=$phi22.0) :: pair<int64, bool>
|
$22for_iter.2 = pair_first(value=$22for_iter.1) :: int64
|
$22for_iter.3 = pair_second(value=$22for_iter.1) :: bool
|
del $22for_iter.1
|
$phi24.1 = $22for_iter.2 :: int64
|
del $22for_iter.2
|
branch $22for_iter.3, 24, 40
|
label 24
|
del $22for_iter.3
|
eindex = $phi24.1 :: int64
|
del $phi24.1
|
993:
Q += e[eindex]
$32binary_subscr.5 = getitem(value=e, index=eindex) :: float64
|
del eindex
|
$34inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=Q, rhs=$32binary_subscr.5, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
del $32binary_subscr.5
|
Q = $34inplace_add.6 :: float64
|
del $34inplace_add.6
|
jump 22
|
label 40
|
994:
return Q
del e
|
del $phi24.1
|
del $phi22.0
|
del $22for_iter.3
|
jump 42
|
label 42
|
$44return_value.1 = cast(value=Q) :: float64
|
del Q
|
return $44return_value.1
|
8:
@njit
| |||||||||
9:
def Fast_Two_Sum_Tail(a, b, x):
| |||||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
x = arg(2, name=x) :: float64
|
$6binary_subtract.2 = x - a :: float64
|
del x
|
del a
|
bvirt = $6binary_subtract.2 :: float64
|
del $6binary_subtract.2
|
11:
y = b - bvirt
$14binary_subtract.5 = b - bvirt :: float64
|
del bvirt
|
del b
|
y = $14binary_subtract.5 :: float64
|
del $14binary_subtract.5
|
12:
return y
$20return_value.7 = cast(value=y) :: float64
|
del y
|
return $20return_value.7
|
15:
@njit
| |||||||
16:
def Fast_Two_Sum(a, b):
| |||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
$6binary_add.2 = a + b :: float64
|
x = $6binary_add.2 :: float64
|
del $6binary_add.2
|
18:
y = Fast_Two_Sum_Tail(a, b, x)
$10load_global.3 = global(Fast_Two_Sum_Tail: CPUDispatcher(<function Fast_Two_Sum_Tail at 0x7f51e5d760e0>)) :: type(CPUDispatcher(<function Fast_Two_Sum_Tail at 0x7f51e5d760e0>))
|
$18call_function.7 = call $10load_global.3(a, b, x, func=$10load_global.3, args=[Var(a, adaptive_predicates.py:17), Var(b, adaptive_predicates.py:17), Var(x, adaptive_predicates.py:17)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del b
|
del a
|
del $10load_global.3
|
y = $18call_function.7 :: float64
|
del $18call_function.7
|
19:
return x, y
$26build_tuple.10 = build_tuple(items=[Var(x, adaptive_predicates.py:17), Var(y, adaptive_predicates.py:18)]) :: UniTuple(float64 x 2)
|
del y
|
del x
|
$28return_value.11 = cast(value=$26build_tuple.10) :: UniTuple(float64 x 2)
|
del $26build_tuple.10
|
return $28return_value.11
|
670:
@njit
| |||||||||||||||||
671:
def fast_expansion_sum_zeroelim(elen, e, flen, f, h):
| |||||||||||||||||
672:
# h cannot be e or f.
| |||||||||||||||||
673:
| |||||||||||||||||
|
label 0
|
elen = arg(0, name=elen) :: Literal[int](4)
|
e = arg(1, name=e) :: array(float64, 1d, C)
|
flen = arg(2, name=flen) :: Literal[int](4)
|
f = arg(3, name=f) :: array(float64, 1d, C)
|
h = arg(4, name=h) :: array(float64, 1d, C)
|
$const4.1 = const(int, 0) :: Literal[int](0)
|
$6binary_subscr.2 = static_getitem(value=e, index=0, index_var=$const4.1) :: float64
|
del $const4.1
|
enow = $6binary_subscr.2 :: float64
|
del $6binary_subscr.2
|
675:
fnow = f[0]
$const12.4 = const(int, 0) :: Literal[int](0)
|
$14binary_subscr.5 = static_getitem(value=f, index=0, index_var=$const12.4) :: float64
|
del $const12.4
|
fnow = $14binary_subscr.5 :: float64
|
del $14binary_subscr.5
|
676:
eindex = 0
$const18.6 = const(int, 0) :: Literal[int](0)
|
eindex = $const18.6 :: int64
|
del $const18.6
|
677:
findex = 0
$const22.7 = const(int, 0) :: Literal[int](0)
|
findex = $const22.7 :: int64
|
del $const22.7
|
678:
if (fnow > enow) == (fnow > -enow):
$30compare_op.10 = fnow > enow :: bool
|
$36unary_negative.13 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$38compare_op.14 = fnow > $36unary_negative.13 :: bool
|
del $36unary_negative.13
|
$40compare_op.15 = $30compare_op.10 == $38compare_op.14 :: bool
|
del $38compare_op.14
|
del $30compare_op.10
|
branch $40compare_op.15, 44, 66
|
679:
Q = enow
label 44
|
del $40compare_op.15
|
Q = enow :: float64
|
680:
eindex += 1
$const50.2 = const(int, 1) :: Literal[int](1)
|
$52inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const50.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const50.2
|
eindex = $52inplace_add.3 :: int64
|
del $52inplace_add.3
|
681:
enow = e[eindex]
$60binary_subscr.6 = getitem(value=e, index=eindex) :: float64
|
enow = $60binary_subscr.6 :: float64
|
del $60binary_subscr.6
|
jump 86
|
682:
else:
683:
Q = fnow
label 66
|
del $40compare_op.15
|
Q = fnow :: float64
|
684:
findex += 1
$const72.2 = const(int, 1) :: Literal[int](1)
|
$74inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const72.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const72.2
|
findex = $74inplace_add.3 :: int64
|
del $74inplace_add.3
|
685:
fnow = f[findex]
$82binary_subscr.6 = getitem(value=f, index=findex) :: float64
|
fnow = $82binary_subscr.6 :: float64
|
del $82binary_subscr.6
|
686:
687:
hindex = 0
jump 86
|
label 86
|
$const86.0 = const(int, 0) :: Literal[int](0)
|
hindex = $const86.0 :: int64
|
del $const86.0
|
688:
if (eindex < elen) and (findex < flen):
$94compare_op.3 = eindex < elen :: bool
|
branch $94compare_op.3, 100, 346
|
label 100
|
del $94compare_op.3
|
$104compare_op.2 = findex < flen :: bool
|
branch $104compare_op.2, 110, 346
|
689:
if (fnow > enow) == (fnow > -enow):
label 110
|
del $104compare_op.2
|
$114compare_op.2 = fnow > enow :: bool
|
$120unary_negative.5 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$122compare_op.6 = fnow > $120unary_negative.5 :: bool
|
del $120unary_negative.5
|
$124compare_op.7 = $114compare_op.2 == $122compare_op.6 :: bool
|
del $122compare_op.6
|
del $114compare_op.2
|
branch $124compare_op.7, 128, 160
|
690:
Q, hh = Fast_Two_Sum(enow, Q)
label 128
|
del $124compare_op.7
|
$128load_global.0 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$134call_function.3 = call $128load_global.0(enow, Q, func=$128load_global.0, args=[Var(enow, adaptive_predicates.py:674), Var(Q, adaptive_predicates.py:679)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $128load_global.0
|
$136unpack_sequence.6 = exhaust_iter(value=$134call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $134call_function.3
|
$136unpack_sequence.4 = static_getitem(value=$136unpack_sequence.6, index=0, index_var=None) :: float64
|
$136unpack_sequence.5 = static_getitem(value=$136unpack_sequence.6, index=1, index_var=None) :: float64
|
del $136unpack_sequence.6
|
Q = $136unpack_sequence.4 :: float64
|
del $136unpack_sequence.4
|
hh = $136unpack_sequence.5 :: float64
|
del $136unpack_sequence.5
|
691:
eindex += 1
$const144.8 = const(int, 1) :: Literal[int](1)
|
$146inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const144.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const144.8
|
eindex = $146inplace_add.9 :: int64
|
del $146inplace_add.9
|
692:
enow = e[eindex]
$154binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $154binary_subscr.12 :: float64
|
del $154binary_subscr.12
|
jump 190
|
693:
else:
694:
Q, hh = Fast_Two_Sum(fnow, Q)
label 160
|
del $124compare_op.7
|
$160load_global.0 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$166call_function.3 = call $160load_global.0(fnow, Q, func=$160load_global.0, args=[Var(fnow, adaptive_predicates.py:675), Var(Q, adaptive_predicates.py:679)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $160load_global.0
|
$168unpack_sequence.6 = exhaust_iter(value=$166call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $166call_function.3
|
$168unpack_sequence.4 = static_getitem(value=$168unpack_sequence.6, index=0, index_var=None) :: float64
|
$168unpack_sequence.5 = static_getitem(value=$168unpack_sequence.6, index=1, index_var=None) :: float64
|
del $168unpack_sequence.6
|
Q = $168unpack_sequence.4 :: float64
|
del $168unpack_sequence.4
|
hh = $168unpack_sequence.5 :: float64
|
del $168unpack_sequence.5
|
695:
findex += 1
$const176.8 = const(int, 1) :: Literal[int](1)
|
$178inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const176.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const176.8
|
findex = $178inplace_add.9 :: int64
|
del $178inplace_add.9
|
696:
fnow = f[findex]
$186binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $186binary_subscr.12 :: float64
|
del $186binary_subscr.12
|
697:
698:
if hh != 0.0:
jump 190
|
label 190
|
$const192.1 = const(float, 0.0) :: float64
|
$194compare_op.2 = hh != $const192.1 :: bool
|
del $const192.1
|
branch $194compare_op.2, 198, 214
|
699:
h[hindex] = hh
label 198
|
del $194compare_op.2
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
700:
hindex += 1
$const208.4 = const(int, 1) :: Literal[int](1)
|
$210inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const208.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const208.4
|
hindex = $210inplace_add.5 :: int64
|
del $210inplace_add.5
|
701:
702:
while (eindex < elen) and (findex < flen):
jump 214
|
label 214
|
del hh
|
del $194compare_op.2
|
jump 216
|
label 216
|
$220compare_op.2 = eindex < elen :: bool
|
branch $220compare_op.2, 226, 344
|
label 226
|
del $220compare_op.2
|
$230compare_op.2 = findex < flen :: bool
|
branch $230compare_op.2, 236, 344
|
label 533
|
del hh
|
del $322compare_op.2
|
jump 216
|
703:
if (fnow > enow) == (fnow > -enow):
label 236
|
del $230compare_op.2
|
$240compare_op.2 = fnow > enow :: bool
|
$246unary_negative.5 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$248compare_op.6 = fnow > $246unary_negative.5 :: bool
|
del $246unary_negative.5
|
$250compare_op.7 = $240compare_op.2 == $248compare_op.6 :: bool
|
del $248compare_op.6
|
del $240compare_op.2
|
branch $250compare_op.7, 256, 288
|
704:
Q, hh = Two_Sum(Q, enow)
label 256
|
del $250compare_op.7
|
$256load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$262call_function.3 = call $256load_global.0(Q, enow, func=$256load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(enow, adaptive_predicates.py:674)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $256load_global.0
|
$264unpack_sequence.6 = exhaust_iter(value=$262call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $262call_function.3
|
$264unpack_sequence.4 = static_getitem(value=$264unpack_sequence.6, index=0, index_var=None) :: float64
|
$264unpack_sequence.5 = static_getitem(value=$264unpack_sequence.6, index=1, index_var=None) :: float64
|
del $264unpack_sequence.6
|
Q = $264unpack_sequence.4 :: float64
|
del $264unpack_sequence.4
|
hh = $264unpack_sequence.5 :: float64
|
del $264unpack_sequence.5
|
705:
eindex += 1
$const272.8 = const(int, 1) :: Literal[int](1)
|
$274inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const272.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const272.8
|
eindex = $274inplace_add.9 :: int64
|
del $274inplace_add.9
|
706:
enow = e[eindex]
$282binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $282binary_subscr.12 :: float64
|
del $282binary_subscr.12
|
jump 318
|
707:
else:
708:
Q, hh = Two_Sum(Q, fnow)
label 288
|
del $250compare_op.7
|
$288load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$294call_function.3 = call $288load_global.0(Q, fnow, func=$288load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(fnow, adaptive_predicates.py:675)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $288load_global.0
|
$296unpack_sequence.6 = exhaust_iter(value=$294call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $294call_function.3
|
$296unpack_sequence.4 = static_getitem(value=$296unpack_sequence.6, index=0, index_var=None) :: float64
|
$296unpack_sequence.5 = static_getitem(value=$296unpack_sequence.6, index=1, index_var=None) :: float64
|
del $296unpack_sequence.6
|
Q = $296unpack_sequence.4 :: float64
|
del $296unpack_sequence.4
|
hh = $296unpack_sequence.5 :: float64
|
del $296unpack_sequence.5
|
709:
findex += 1
$const304.8 = const(int, 1) :: Literal[int](1)
|
$306inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const304.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const304.8
|
findex = $306inplace_add.9 :: int64
|
del $306inplace_add.9
|
710:
fnow = f[findex]
$314binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $314binary_subscr.12 :: float64
|
del $314binary_subscr.12
|
711:
712:
if (hh != 0.0):
jump 318
|
label 318
|
$const320.1 = const(float, 0.0) :: float64
|
$322compare_op.2 = hh != $const320.1 :: bool
|
del $const320.1
|
branch $322compare_op.2, 326, 533
|
713:
h[hindex] = hh
label 326
|
del $322compare_op.2
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
714:
hindex += 1
$const336.4 = const(int, 1) :: Literal[int](1)
|
$338inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const336.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const336.4
|
hindex = $338inplace_add.5 :: int64
|
del $338inplace_add.5
|
jump 533
|
label 344
|
715:
716:
while eindex < elen:
del $230compare_op.2
|
del $220compare_op.2
|
jump 346
|
label 346
|
del $94compare_op.3
|
del $104compare_op.2
|
jump 348
|
label 348
|
$352compare_op.2 = eindex < elen :: bool
|
branch $352compare_op.2, 358, 418
|
label 532
|
del hh
|
del $392compare_op.15
|
jump 348
|
717:
Q, hh = Two_Sum(Q, enow)
label 358
|
del $352compare_op.2
|
$358load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$364call_function.3 = call $358load_global.0(Q, enow, func=$358load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(enow, adaptive_predicates.py:674)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $358load_global.0
|
$366unpack_sequence.6 = exhaust_iter(value=$364call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $364call_function.3
|
$366unpack_sequence.4 = static_getitem(value=$366unpack_sequence.6, index=0, index_var=None) :: float64
|
$366unpack_sequence.5 = static_getitem(value=$366unpack_sequence.6, index=1, index_var=None) :: float64
|
del $366unpack_sequence.6
|
Q = $366unpack_sequence.4 :: float64
|
del $366unpack_sequence.4
|
hh = $366unpack_sequence.5 :: float64
|
del $366unpack_sequence.5
|
718:
eindex += 1
$const374.8 = const(int, 1) :: Literal[int](1)
|
$376inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const374.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const374.8
|
eindex = $376inplace_add.9 :: int64
|
del $376inplace_add.9
|
719:
enow = e[eindex]
$384binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $384binary_subscr.12 :: float64
|
del $384binary_subscr.12
|
720:
if hh != 0.0:
$const390.14 = const(float, 0.0) :: float64
|
$392compare_op.15 = hh != $const390.14 :: bool
|
del $const390.14
|
branch $392compare_op.15, 398, 532
|
721:
h[hindex] = hh
label 398
|
del $392compare_op.15
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
722:
hindex += 1
$const408.4 = const(int, 1) :: Literal[int](1)
|
$410inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const408.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const408.4
|
hindex = $410inplace_add.5 :: int64
|
del $410inplace_add.5
|
jump 532
|
label 418
|
723:
724:
while findex < flen:
del enow
|
del elen
|
del eindex
|
del e
|
del $352compare_op.2
|
jump 420
|
label 420
|
jump 422
|
label 422
|
$426compare_op.2 = findex < flen :: bool
|
branch $426compare_op.2, 432, 492
|
label 531
|
del hh
|
del $466compare_op.15
|
jump 422
|
725:
Q, hh = Two_Sum(Q, fnow)
label 432
|
del $426compare_op.2
|
$432load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$438call_function.3 = call $432load_global.0(Q, fnow, func=$432load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(fnow, adaptive_predicates.py:675)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $432load_global.0
|
$440unpack_sequence.6 = exhaust_iter(value=$438call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $438call_function.3
|
$440unpack_sequence.4 = static_getitem(value=$440unpack_sequence.6, index=0, index_var=None) :: float64
|
$440unpack_sequence.5 = static_getitem(value=$440unpack_sequence.6, index=1, index_var=None) :: float64
|
del $440unpack_sequence.6
|
Q = $440unpack_sequence.4 :: float64
|
del $440unpack_sequence.4
|
hh = $440unpack_sequence.5 :: float64
|
del $440unpack_sequence.5
|
726:
findex += 1
$const448.8 = const(int, 1) :: Literal[int](1)
|
$450inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const448.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const448.8
|
findex = $450inplace_add.9 :: int64
|
del $450inplace_add.9
|
727:
fnow = f[findex]
$458binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $458binary_subscr.12 :: float64
|
del $458binary_subscr.12
|
728:
if hh != 0.0:
$const464.14 = const(float, 0.0) :: float64
|
$466compare_op.15 = hh != $const464.14 :: bool
|
del $const464.14
|
branch $466compare_op.15, 472, 531
|
729:
h[hindex] = hh
label 472
|
del $466compare_op.15
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
730:
hindex += 1
$const482.4 = const(int, 1) :: Literal[int](1)
|
$484inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const482.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const482.4
|
hindex = $484inplace_add.5 :: int64
|
del $484inplace_add.5
|
jump 531
|
label 492
|
731:
732:
if (Q != 0.0) or (hindex == 0):
del fnow
|
del flen
|
del findex
|
del f
|
del $426compare_op.2
|
jump 494
|
label 494
|
$const496.1 = const(float, 0.0) :: float64
|
$498compare_op.2 = Q != $const496.1 :: bool
|
del $const496.1
|
branch $498compare_op.2, 514, 504
|
label 504
|
del $498compare_op.2
|
$const506.1 = const(int, 0) :: Literal[int](0)
|
$508compare_op.2 = hindex == $const506.1 :: bool
|
del $const506.1
|
branch $508compare_op.2, 514, 530
|
733:
h[hindex] = Q
label 514
|
del $508compare_op.2
|
del $498compare_op.2
|
h[hindex] = Q :: (array(float64, 1d, C), int64, float64) -> none
|
del h
|
del Q
|
734:
hindex += 1
$const524.4 = const(int, 1) :: Literal[int](1)
|
$526inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const524.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const524.4
|
hindex = $526inplace_add.5 :: int64
|
del $526inplace_add.5
|
735:
736:
return hindex
jump 530
|
label 530
|
del h
|
del Q
|
del $508compare_op.2
|
$532return_value.1 = cast(value=hindex) :: int64
|
del hindex
|
return $532return_value.1
|
670:
@njit
| |||||||||||||||||
671:
def fast_expansion_sum_zeroelim(elen, e, flen, f, h):
| |||||||||||||||||
672:
# h cannot be e or f.
| |||||||||||||||||
673:
| |||||||||||||||||
|
label 0
|
elen = arg(0, name=elen) :: int64
|
e = arg(1, name=e) :: array(float64, 1d, C)
|
flen = arg(2, name=flen) :: Literal[int](4)
|
f = arg(3, name=f) :: array(float64, 1d, C)
|
h = arg(4, name=h) :: array(float64, 1d, C)
|
$const4.1 = const(int, 0) :: Literal[int](0)
|
$6binary_subscr.2 = static_getitem(value=e, index=0, index_var=$const4.1) :: float64
|
del $const4.1
|
enow = $6binary_subscr.2 :: float64
|
del $6binary_subscr.2
|
675:
fnow = f[0]
$const12.4 = const(int, 0) :: Literal[int](0)
|
$14binary_subscr.5 = static_getitem(value=f, index=0, index_var=$const12.4) :: float64
|
del $const12.4
|
fnow = $14binary_subscr.5 :: float64
|
del $14binary_subscr.5
|
676:
eindex = 0
$const18.6 = const(int, 0) :: Literal[int](0)
|
eindex = $const18.6 :: int64
|
del $const18.6
|
677:
findex = 0
$const22.7 = const(int, 0) :: Literal[int](0)
|
findex = $const22.7 :: int64
|
del $const22.7
|
678:
if (fnow > enow) == (fnow > -enow):
$30compare_op.10 = fnow > enow :: bool
|
$36unary_negative.13 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$38compare_op.14 = fnow > $36unary_negative.13 :: bool
|
del $36unary_negative.13
|
$40compare_op.15 = $30compare_op.10 == $38compare_op.14 :: bool
|
del $38compare_op.14
|
del $30compare_op.10
|
branch $40compare_op.15, 44, 66
|
679:
Q = enow
label 44
|
del $40compare_op.15
|
Q = enow :: float64
|
680:
eindex += 1
$const50.2 = const(int, 1) :: Literal[int](1)
|
$52inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const50.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const50.2
|
eindex = $52inplace_add.3 :: int64
|
del $52inplace_add.3
|
681:
enow = e[eindex]
$60binary_subscr.6 = getitem(value=e, index=eindex) :: float64
|
enow = $60binary_subscr.6 :: float64
|
del $60binary_subscr.6
|
jump 86
|
682:
else:
683:
Q = fnow
label 66
|
del $40compare_op.15
|
Q = fnow :: float64
|
684:
findex += 1
$const72.2 = const(int, 1) :: Literal[int](1)
|
$74inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const72.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const72.2
|
findex = $74inplace_add.3 :: int64
|
del $74inplace_add.3
|
685:
fnow = f[findex]
$82binary_subscr.6 = getitem(value=f, index=findex) :: float64
|
fnow = $82binary_subscr.6 :: float64
|
del $82binary_subscr.6
|
686:
687:
hindex = 0
jump 86
|
label 86
|
$const86.0 = const(int, 0) :: Literal[int](0)
|
hindex = $const86.0 :: int64
|
del $const86.0
|
688:
if (eindex < elen) and (findex < flen):
$94compare_op.3 = eindex < elen :: bool
|
branch $94compare_op.3, 100, 346
|
label 100
|
del $94compare_op.3
|
$104compare_op.2 = findex < flen :: bool
|
branch $104compare_op.2, 110, 346
|
689:
if (fnow > enow) == (fnow > -enow):
label 110
|
del $104compare_op.2
|
$114compare_op.2 = fnow > enow :: bool
|
$120unary_negative.5 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$122compare_op.6 = fnow > $120unary_negative.5 :: bool
|
del $120unary_negative.5
|
$124compare_op.7 = $114compare_op.2 == $122compare_op.6 :: bool
|
del $122compare_op.6
|
del $114compare_op.2
|
branch $124compare_op.7, 128, 160
|
690:
Q, hh = Fast_Two_Sum(enow, Q)
label 128
|
del $124compare_op.7
|
$128load_global.0 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$134call_function.3 = call $128load_global.0(enow, Q, func=$128load_global.0, args=[Var(enow, adaptive_predicates.py:674), Var(Q, adaptive_predicates.py:679)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $128load_global.0
|
$136unpack_sequence.6 = exhaust_iter(value=$134call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $134call_function.3
|
$136unpack_sequence.4 = static_getitem(value=$136unpack_sequence.6, index=0, index_var=None) :: float64
|
$136unpack_sequence.5 = static_getitem(value=$136unpack_sequence.6, index=1, index_var=None) :: float64
|
del $136unpack_sequence.6
|
Q = $136unpack_sequence.4 :: float64
|
del $136unpack_sequence.4
|
hh = $136unpack_sequence.5 :: float64
|
del $136unpack_sequence.5
|
691:
eindex += 1
$const144.8 = const(int, 1) :: Literal[int](1)
|
$146inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const144.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const144.8
|
eindex = $146inplace_add.9 :: int64
|
del $146inplace_add.9
|
692:
enow = e[eindex]
$154binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $154binary_subscr.12 :: float64
|
del $154binary_subscr.12
|
jump 190
|
693:
else:
694:
Q, hh = Fast_Two_Sum(fnow, Q)
label 160
|
del $124compare_op.7
|
$160load_global.0 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$166call_function.3 = call $160load_global.0(fnow, Q, func=$160load_global.0, args=[Var(fnow, adaptive_predicates.py:675), Var(Q, adaptive_predicates.py:679)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $160load_global.0
|
$168unpack_sequence.6 = exhaust_iter(value=$166call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $166call_function.3
|
$168unpack_sequence.4 = static_getitem(value=$168unpack_sequence.6, index=0, index_var=None) :: float64
|
$168unpack_sequence.5 = static_getitem(value=$168unpack_sequence.6, index=1, index_var=None) :: float64
|
del $168unpack_sequence.6
|
Q = $168unpack_sequence.4 :: float64
|
del $168unpack_sequence.4
|
hh = $168unpack_sequence.5 :: float64
|
del $168unpack_sequence.5
|
695:
findex += 1
$const176.8 = const(int, 1) :: Literal[int](1)
|
$178inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const176.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const176.8
|
findex = $178inplace_add.9 :: int64
|
del $178inplace_add.9
|
696:
fnow = f[findex]
$186binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $186binary_subscr.12 :: float64
|
del $186binary_subscr.12
|
697:
698:
if hh != 0.0:
jump 190
|
label 190
|
$const192.1 = const(float, 0.0) :: float64
|
$194compare_op.2 = hh != $const192.1 :: bool
|
del $const192.1
|
branch $194compare_op.2, 198, 214
|
699:
h[hindex] = hh
label 198
|
del $194compare_op.2
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
700:
hindex += 1
$const208.4 = const(int, 1) :: Literal[int](1)
|
$210inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const208.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const208.4
|
hindex = $210inplace_add.5 :: int64
|
del $210inplace_add.5
|
701:
702:
while (eindex < elen) and (findex < flen):
jump 214
|
label 214
|
del hh
|
del $194compare_op.2
|
jump 216
|
label 216
|
$220compare_op.2 = eindex < elen :: bool
|
branch $220compare_op.2, 226, 344
|
label 226
|
del $220compare_op.2
|
$230compare_op.2 = findex < flen :: bool
|
branch $230compare_op.2, 236, 344
|
label 533
|
del hh
|
del $322compare_op.2
|
jump 216
|
703:
if (fnow > enow) == (fnow > -enow):
label 236
|
del $230compare_op.2
|
$240compare_op.2 = fnow > enow :: bool
|
$246unary_negative.5 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$248compare_op.6 = fnow > $246unary_negative.5 :: bool
|
del $246unary_negative.5
|
$250compare_op.7 = $240compare_op.2 == $248compare_op.6 :: bool
|
del $248compare_op.6
|
del $240compare_op.2
|
branch $250compare_op.7, 256, 288
|
704:
Q, hh = Two_Sum(Q, enow)
label 256
|
del $250compare_op.7
|
$256load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$262call_function.3 = call $256load_global.0(Q, enow, func=$256load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(enow, adaptive_predicates.py:674)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $256load_global.0
|
$264unpack_sequence.6 = exhaust_iter(value=$262call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $262call_function.3
|
$264unpack_sequence.4 = static_getitem(value=$264unpack_sequence.6, index=0, index_var=None) :: float64
|
$264unpack_sequence.5 = static_getitem(value=$264unpack_sequence.6, index=1, index_var=None) :: float64
|
del $264unpack_sequence.6
|
Q = $264unpack_sequence.4 :: float64
|
del $264unpack_sequence.4
|
hh = $264unpack_sequence.5 :: float64
|
del $264unpack_sequence.5
|
705:
eindex += 1
$const272.8 = const(int, 1) :: Literal[int](1)
|
$274inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const272.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const272.8
|
eindex = $274inplace_add.9 :: int64
|
del $274inplace_add.9
|
706:
enow = e[eindex]
$282binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $282binary_subscr.12 :: float64
|
del $282binary_subscr.12
|
jump 318
|
707:
else:
708:
Q, hh = Two_Sum(Q, fnow)
label 288
|
del $250compare_op.7
|
$288load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$294call_function.3 = call $288load_global.0(Q, fnow, func=$288load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(fnow, adaptive_predicates.py:675)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $288load_global.0
|
$296unpack_sequence.6 = exhaust_iter(value=$294call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $294call_function.3
|
$296unpack_sequence.4 = static_getitem(value=$296unpack_sequence.6, index=0, index_var=None) :: float64
|
$296unpack_sequence.5 = static_getitem(value=$296unpack_sequence.6, index=1, index_var=None) :: float64
|
del $296unpack_sequence.6
|
Q = $296unpack_sequence.4 :: float64
|
del $296unpack_sequence.4
|
hh = $296unpack_sequence.5 :: float64
|
del $296unpack_sequence.5
|
709:
findex += 1
$const304.8 = const(int, 1) :: Literal[int](1)
|
$306inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const304.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const304.8
|
findex = $306inplace_add.9 :: int64
|
del $306inplace_add.9
|
710:
fnow = f[findex]
$314binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $314binary_subscr.12 :: float64
|
del $314binary_subscr.12
|
711:
712:
if (hh != 0.0):
jump 318
|
label 318
|
$const320.1 = const(float, 0.0) :: float64
|
$322compare_op.2 = hh != $const320.1 :: bool
|
del $const320.1
|
branch $322compare_op.2, 326, 533
|
713:
h[hindex] = hh
label 326
|
del $322compare_op.2
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
714:
hindex += 1
$const336.4 = const(int, 1) :: Literal[int](1)
|
$338inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const336.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const336.4
|
hindex = $338inplace_add.5 :: int64
|
del $338inplace_add.5
|
jump 533
|
label 344
|
715:
716:
while eindex < elen:
del $230compare_op.2
|
del $220compare_op.2
|
jump 346
|
label 346
|
del $94compare_op.3
|
del $104compare_op.2
|
jump 348
|
label 348
|
$352compare_op.2 = eindex < elen :: bool
|
branch $352compare_op.2, 358, 418
|
label 532
|
del hh
|
del $392compare_op.15
|
jump 348
|
717:
Q, hh = Two_Sum(Q, enow)
label 358
|
del $352compare_op.2
|
$358load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$364call_function.3 = call $358load_global.0(Q, enow, func=$358load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(enow, adaptive_predicates.py:674)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $358load_global.0
|
$366unpack_sequence.6 = exhaust_iter(value=$364call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $364call_function.3
|
$366unpack_sequence.4 = static_getitem(value=$366unpack_sequence.6, index=0, index_var=None) :: float64
|
$366unpack_sequence.5 = static_getitem(value=$366unpack_sequence.6, index=1, index_var=None) :: float64
|
del $366unpack_sequence.6
|
Q = $366unpack_sequence.4 :: float64
|
del $366unpack_sequence.4
|
hh = $366unpack_sequence.5 :: float64
|
del $366unpack_sequence.5
|
718:
eindex += 1
$const374.8 = const(int, 1) :: Literal[int](1)
|
$376inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const374.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const374.8
|
eindex = $376inplace_add.9 :: int64
|
del $376inplace_add.9
|
719:
enow = e[eindex]
$384binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $384binary_subscr.12 :: float64
|
del $384binary_subscr.12
|
720:
if hh != 0.0:
$const390.14 = const(float, 0.0) :: float64
|
$392compare_op.15 = hh != $const390.14 :: bool
|
del $const390.14
|
branch $392compare_op.15, 398, 532
|
721:
h[hindex] = hh
label 398
|
del $392compare_op.15
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
722:
hindex += 1
$const408.4 = const(int, 1) :: Literal[int](1)
|
$410inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const408.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const408.4
|
hindex = $410inplace_add.5 :: int64
|
del $410inplace_add.5
|
jump 532
|
label 418
|
723:
724:
while findex < flen:
del enow
|
del elen
|
del eindex
|
del e
|
del $352compare_op.2
|
jump 420
|
label 420
|
jump 422
|
label 422
|
$426compare_op.2 = findex < flen :: bool
|
branch $426compare_op.2, 432, 492
|
label 531
|
del hh
|
del $466compare_op.15
|
jump 422
|
725:
Q, hh = Two_Sum(Q, fnow)
label 432
|
del $426compare_op.2
|
$432load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$438call_function.3 = call $432load_global.0(Q, fnow, func=$432load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(fnow, adaptive_predicates.py:675)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $432load_global.0
|
$440unpack_sequence.6 = exhaust_iter(value=$438call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $438call_function.3
|
$440unpack_sequence.4 = static_getitem(value=$440unpack_sequence.6, index=0, index_var=None) :: float64
|
$440unpack_sequence.5 = static_getitem(value=$440unpack_sequence.6, index=1, index_var=None) :: float64
|
del $440unpack_sequence.6
|
Q = $440unpack_sequence.4 :: float64
|
del $440unpack_sequence.4
|
hh = $440unpack_sequence.5 :: float64
|
del $440unpack_sequence.5
|
726:
findex += 1
$const448.8 = const(int, 1) :: Literal[int](1)
|
$450inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const448.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const448.8
|
findex = $450inplace_add.9 :: int64
|
del $450inplace_add.9
|
727:
fnow = f[findex]
$458binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $458binary_subscr.12 :: float64
|
del $458binary_subscr.12
|
728:
if hh != 0.0:
$const464.14 = const(float, 0.0) :: float64
|
$466compare_op.15 = hh != $const464.14 :: bool
|
del $const464.14
|
branch $466compare_op.15, 472, 531
|
729:
h[hindex] = hh
label 472
|
del $466compare_op.15
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
730:
hindex += 1
$const482.4 = const(int, 1) :: Literal[int](1)
|
$484inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const482.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const482.4
|
hindex = $484inplace_add.5 :: int64
|
del $484inplace_add.5
|
jump 531
|
label 492
|
731:
732:
if (Q != 0.0) or (hindex == 0):
del fnow
|
del flen
|
del findex
|
del f
|
del $426compare_op.2
|
jump 494
|
label 494
|
$const496.1 = const(float, 0.0) :: float64
|
$498compare_op.2 = Q != $const496.1 :: bool
|
del $const496.1
|
branch $498compare_op.2, 514, 504
|
label 504
|
del $498compare_op.2
|
$const506.1 = const(int, 0) :: Literal[int](0)
|
$508compare_op.2 = hindex == $const506.1 :: bool
|
del $const506.1
|
branch $508compare_op.2, 514, 530
|
733:
h[hindex] = Q
label 514
|
del $508compare_op.2
|
del $498compare_op.2
|
h[hindex] = Q :: (array(float64, 1d, C), int64, float64) -> none
|
del h
|
del Q
|
734:
hindex += 1
$const524.4 = const(int, 1) :: Literal[int](1)
|
$526inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const524.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const524.4
|
hindex = $526inplace_add.5 :: int64
|
del $526inplace_add.5
|
735:
736:
return hindex
jump 530
|
label 530
|
del h
|
del Q
|
del $508compare_op.2
|
$532return_value.1 = cast(value=hindex) :: int64
|
del hindex
|
return $532return_value.1
|
1017:
@njit
| ||||||||||||||||||||||||||||||
1018:
def orient2dadapt(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, detsum, splitter, B, C1,
| ||||||||||||||||||||||||||||||
1019:
C2, D, u, ccwerrboundB, ccwerrboundC, resulterrbound):
| ||||||||||||||||||||||||||||||
1020:
'''
| ||||||||||||||||||||||||||||||
1021:
len(B) = 4
| ||||||||||||||||||||||||||||||
1022:
len(C1) = 8
| ||||||||||||||||||||||||||||||
1023:
len(C2) = 12
| ||||||||||||||||||||||||||||||
1024:
len(D) = 16
| ||||||||||||||||||||||||||||||
1025:
len(u) = 4
| ||||||||||||||||||||||||||||||
1026:
'''
| ||||||||||||||||||||||||||||||
1027:
| ||||||||||||||||||||||||||||||
|
label 0
|
pa_x = arg(0, name=pa_x) :: float64
|
pa_y = arg(1, name=pa_y) :: float64
|
pb_x = arg(2, name=pb_x) :: float64
|
pb_y = arg(3, name=pb_y) :: float64
|
pc_x = arg(4, name=pc_x) :: float64
|
pc_y = arg(5, name=pc_y) :: float64
|
detsum = arg(6, name=detsum) :: float64
|
splitter = arg(7, name=splitter) :: float64
|
B = arg(8, name=B) :: array(float64, 1d, C)
|
C1 = arg(9, name=C1) :: array(float64, 1d, C)
|
C2 = arg(10, name=C2) :: array(float64, 1d, C)
|
D = arg(11, name=D) :: array(float64, 1d, C)
|
u = arg(12, name=u) :: array(float64, 1d, C)
|
ccwerrboundB = arg(13, name=ccwerrboundB) :: float64
|
ccwerrboundC = arg(14, name=ccwerrboundC) :: float64
|
resulterrbound = arg(15, name=resulterrbound) :: float64
|
$6binary_subtract.2 = pb_x - pc_x :: float64
|
bcx = $6binary_subtract.2 :: float64
|
del $6binary_subtract.2
|
1029:
acx = pa_x - pc_x
$14binary_subtract.5 = pa_x - pc_x :: float64
|
acx = $14binary_subtract.5 :: float64
|
del $14binary_subtract.5
|
1030:
acy = pa_y - pc_y
$22binary_subtract.8 = pa_y - pc_y :: float64
|
acy = $22binary_subtract.8 :: float64
|
del $22binary_subtract.8
|
1031:
bcy = pb_y - pc_y
$30binary_subtract.11 = pb_y - pc_y :: float64
|
bcy = $30binary_subtract.11 :: float64
|
del $30binary_subtract.11
|
1032:
1033:
detleft, detlefttail = Two_Product(acx, bcy, splitter)
$34load_global.12 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$42call_function.16 = call $34load_global.12(acx, bcy, splitter, func=$34load_global.12, args=[Var(acx, adaptive_predicates.py:1029), Var(bcy, adaptive_predicates.py:1031), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $34load_global.12
|
$44unpack_sequence.19 = exhaust_iter(value=$42call_function.16, count=2) :: UniTuple(float64 x 2)
|
del $42call_function.16
|
$44unpack_sequence.17 = static_getitem(value=$44unpack_sequence.19, index=0, index_var=None) :: float64
|
$44unpack_sequence.18 = static_getitem(value=$44unpack_sequence.19, index=1, index_var=None) :: float64
|
del $44unpack_sequence.19
|
detleft = $44unpack_sequence.17 :: float64
|
del $44unpack_sequence.17
|
detlefttail = $44unpack_sequence.18 :: float64
|
del $44unpack_sequence.18
|
1034:
detright, detrighttail = Two_Product(acy, bcx, splitter)
$50load_global.20 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$58call_function.24 = call $50load_global.20(acy, bcx, splitter, func=$50load_global.20, args=[Var(acy, adaptive_predicates.py:1030), Var(bcx, adaptive_predicates.py:1028), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $50load_global.20
|
$60unpack_sequence.27 = exhaust_iter(value=$58call_function.24, count=2) :: UniTuple(float64 x 2)
|
del $58call_function.24
|
$60unpack_sequence.25 = static_getitem(value=$60unpack_sequence.27, index=0, index_var=None) :: float64
|
$60unpack_sequence.26 = static_getitem(value=$60unpack_sequence.27, index=1, index_var=None) :: float64
|
del $60unpack_sequence.27
|
detright = $60unpack_sequence.25 :: float64
|
del $60unpack_sequence.25
|
detrighttail = $60unpack_sequence.26 :: float64
|
del $60unpack_sequence.26
|
1035:
1036:
B[3], B[2], B[1], B[0] = Two_Two_Diff(detleft, detlefttail,
$66load_global.28 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
1037:
detright, detrighttail)
$76call_function.33 = call $66load_global.28(detleft, detlefttail, detright, detrighttail, func=$66load_global.28, args=[Var(detleft, adaptive_predicates.py:1033), Var(detlefttail, adaptive_predicates.py:1033), Var(detright, adaptive_predicates.py:1034), Var(detrighttail, adaptive_predicates.py:1034)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del detrighttail
|
del detright
|
del detlefttail
|
del detleft
|
del $66load_global.28
|
$78unpack_sequence.38 = exhaust_iter(value=$76call_function.33, count=4) :: UniTuple(float64 x 4)
|
del $76call_function.33
|
$78unpack_sequence.34 = static_getitem(value=$78unpack_sequence.38, index=0, index_var=None) :: float64
|
$78unpack_sequence.35 = static_getitem(value=$78unpack_sequence.38, index=1, index_var=None) :: float64
|
$78unpack_sequence.36 = static_getitem(value=$78unpack_sequence.38, index=2, index_var=None) :: float64
|
$78unpack_sequence.37 = static_getitem(value=$78unpack_sequence.38, index=3, index_var=None) :: float64
|
del $78unpack_sequence.38
|
$const82.40 = const(int, 3) :: Literal[int](3)
|
B[3] = $78unpack_sequence.34
|
del $const82.40
|
del $78unpack_sequence.34
|
$const88.42 = const(int, 2) :: Literal[int](2)
|
B[2] = $78unpack_sequence.35
|
del $const88.42
|
del $78unpack_sequence.35
|
$const94.44 = const(int, 1) :: Literal[int](1)
|
B[1] = $78unpack_sequence.36
|
del $const94.44
|
del $78unpack_sequence.36
|
$const100.46 = const(int, 0) :: Literal[int](0)
|
B[0] = $78unpack_sequence.37
|
del $const100.46
|
del $78unpack_sequence.37
|
1038:
1039:
det = estimate(4, B)
$104load_global.47 = global(estimate: CPUDispatcher(<function estimate at 0x7f51d44729e0>)) :: type(CPUDispatcher(<function estimate at 0x7f51d44729e0>))
|
$const106.48 = const(int, 4) :: Literal[int](4)
|
$110call_function.50 = call $104load_global.47($const106.48, B, func=$104load_global.47, args=[Var($const106.48, adaptive_predicates.py:1039), Var(B, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C)) -> float64
|
del $const106.48
|
del $104load_global.47
|
det = $110call_function.50 :: float64
|
del $110call_function.50
|
1040:
errbound = ccwerrboundB * detsum
$118binary_multiply.53 = ccwerrboundB * detsum :: float64
|
del ccwerrboundB
|
errbound = $118binary_multiply.53 :: float64
|
del $118binary_multiply.53
|
1041:
if (det >= errbound) or (-det >= errbound):
$126compare_op.56 = det >= errbound :: bool
|
branch $126compare_op.56, 140, 130
|
label 130
|
del $126compare_op.56
|
$132unary_negative.1 = unary(fn=<built-in function neg>, value=det) :: float64
|
$136compare_op.3 = $132unary_negative.1 >= errbound :: bool
|
del errbound
|
del $132unary_negative.1
|
branch $136compare_op.3, 140, 148
|
1042:
return det, 2
label 140
|
del u
|
del splitter
|
del resulterrbound
|
del pc_y
|
del pc_x
|
del pb_y
|
del pb_x
|
del pa_y
|
del pa_x
|
del errbound
|
del detsum
|
del ccwerrboundC
|
del bcy
|
del bcx
|
del acy
|
del acx
|
del D
|
del C2
|
del C1
|
del B
|
del $136compare_op.3
|
del $126compare_op.56
|
$const142.1 = const(int, 2) :: Literal[int](2)
|
$144build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:1039), Var($const142.1, adaptive_predicates.py:1042)]) :: Tuple(float64, Literal[int](2))
|
del det
|
del $const142.1
|
$146return_value.3 = cast(value=$144build_tuple.2) :: Tuple(float64, Literal[int](2))
|
del $144build_tuple.2
|
return $146return_value.3
|
1043:
1044:
acxtail = Two_Diff_Tail(pa_x, pc_x, acx)
label 148
|
del $136compare_op.3
|
$148load_global.0 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$156call_function.4 = call $148load_global.0(pa_x, pc_x, acx, func=$148load_global.0, args=[Var(pa_x, adaptive_predicates.py:1028), Var(pc_x, adaptive_predicates.py:1028), Var(acx, adaptive_predicates.py:1029)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pa_x
|
del $148load_global.0
|
acxtail = $156call_function.4 :: float64
|
del $156call_function.4
|
1045:
bcxtail = Two_Diff_Tail(pb_x, pc_x, bcx)
$160load_global.5 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$168call_function.9 = call $160load_global.5(pb_x, pc_x, bcx, func=$160load_global.5, args=[Var(pb_x, adaptive_predicates.py:1028), Var(pc_x, adaptive_predicates.py:1028), Var(bcx, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pc_x
|
del pb_x
|
del $160load_global.5
|
bcxtail = $168call_function.9 :: float64
|
del $168call_function.9
|
1046:
acytail = Two_Diff_Tail(pa_y, pc_y, acy)
$172load_global.10 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$180call_function.14 = call $172load_global.10(pa_y, pc_y, acy, func=$172load_global.10, args=[Var(pa_y, adaptive_predicates.py:1028), Var(pc_y, adaptive_predicates.py:1028), Var(acy, adaptive_predicates.py:1030)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pa_y
|
del $172load_global.10
|
acytail = $180call_function.14 :: float64
|
del $180call_function.14
|
1047:
bcytail = Two_Diff_Tail(pb_y, pc_y, bcy)
$184load_global.15 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$192call_function.19 = call $184load_global.15(pb_y, pc_y, bcy, func=$184load_global.15, args=[Var(pb_y, adaptive_predicates.py:1028), Var(pc_y, adaptive_predicates.py:1028), Var(bcy, adaptive_predicates.py:1031)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pc_y
|
del pb_y
|
del $184load_global.15
|
bcytail = $192call_function.19 :: float64
|
del $192call_function.19
|
1048:
1049:
if (acxtail == 0.0) and (acytail == 0.0) and \
$const198.21 = const(float, 0.0) :: float64
|
$200compare_op.22 = acxtail == $const198.21 :: bool
|
del $const198.21
|
branch $200compare_op.22, 204, 236
|
label 204
|
del $200compare_op.22
|
$const206.1 = const(float, 0.0) :: float64
|
$208compare_op.2 = acytail == $const206.1 :: bool
|
del $const206.1
|
branch $208compare_op.2, 212, 236
|
1050:
(bcxtail == 0.0) and (bcytail == 0.0):
label 212
|
del $208compare_op.2
|
$const214.1 = const(float, 0.0) :: float64
|
$216compare_op.2 = bcxtail == $const214.1 :: bool
|
del $const214.1
|
branch $216compare_op.2, 220, 236
|
label 220
|
del $216compare_op.2
|
$const222.1 = const(float, 0.0) :: float64
|
$224compare_op.2 = bcytail == $const222.1 :: bool
|
del $const222.1
|
branch $224compare_op.2, 228, 236
|
1051:
return det, 3
label 228
|
del u
|
del splitter
|
del resulterrbound
|
del detsum
|
del ccwerrboundC
|
del bcytail
|
del bcy
|
del bcxtail
|
del bcx
|
del acytail
|
del acy
|
del acxtail
|
del acx
|
del D
|
del C2
|
del C1
|
del B
|
del $224compare_op.2
|
$const230.1 = const(int, 3) :: Literal[int](3)
|
$232build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:1039), Var($const230.1, adaptive_predicates.py:1051)]) :: Tuple(float64, Literal[int](3))
|
del det
|
del $const230.1
|
$234return_value.3 = cast(value=$232build_tuple.2) :: Tuple(float64, Literal[int](3))
|
del $232build_tuple.2
|
return $234return_value.3
|
1052:
1053:
errbound = ccwerrboundC * detsum + resulterrbound * np.abs(det)
label 236
|
del $224compare_op.2
|
del $216compare_op.2
|
del $208compare_op.2
|
del $200compare_op.22
|
$240binary_multiply.2 = ccwerrboundC * detsum :: float64
|
del detsum
|
del ccwerrboundC
|
$244load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$246load_method.5 = getattr(value=$244load_global.4, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $244load_global.4
|
$250call_method.7 = call $246load_method.5(det, func=$246load_method.5, args=[Var(det, adaptive_predicates.py:1039)], kws=(), vararg=None) :: (float64,) -> float64
|
del $246load_method.5
|
$252binary_multiply.8 = resulterrbound * $250call_method.7 :: float64
|
del resulterrbound
|
del $250call_method.7
|
$254binary_add.9 = $240binary_multiply.2 + $252binary_multiply.8 :: float64
|
del $252binary_multiply.8
|
del $240binary_multiply.2
|
errbound = $254binary_add.9 :: float64
|
del $254binary_add.9
|
1054:
det += (acx * bcytail + bcy * acxtail) - \
$264binary_multiply.13 = acx * bcytail :: float64
|
$270binary_multiply.16 = bcy * acxtail :: float64
|
$272binary_add.17 = $264binary_multiply.13 + $270binary_multiply.16 :: float64
|
del $270binary_multiply.16
|
del $264binary_multiply.13
|
1055:
(acy * bcxtail + bcx * acytail)
$278binary_multiply.20 = acy * bcxtail :: float64
|
$284binary_multiply.23 = bcx * acytail :: float64
|
$286binary_add.24 = $278binary_multiply.20 + $284binary_multiply.23 :: float64
|
del $284binary_multiply.23
|
del $278binary_multiply.20
|
$288binary_subtract.25 = $272binary_add.17 - $286binary_add.24 :: float64
|
del $286binary_add.24
|
del $272binary_add.17
|
$290inplace_add.26 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=det, rhs=$288binary_subtract.25, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
del $288binary_subtract.25
|
det = $290inplace_add.26 :: float64
|
del $290inplace_add.26
|
1056:
# if (det >= errbound) or (-det >= errbound):
1057:
if np.abs(det) >= errbound:
$294load_global.27 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$296load_method.28 = getattr(value=$294load_global.27, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $294load_global.27
|
$300call_method.30 = call $296load_method.28(det, func=$296load_method.28, args=[Var(det, adaptive_predicates.py:1039)], kws=(), vararg=None) :: (float64,) -> float64
|
del $296load_method.28
|
$304compare_op.32 = $300call_method.30 >= errbound :: bool
|
del errbound
|
del $300call_method.30
|
branch $304compare_op.32, 310, 318
|
1058:
return det, 4
label 310
|
del u
|
del splitter
|
del bcytail
|
del bcy
|
del bcxtail
|
del bcx
|
del acytail
|
del acy
|
del acxtail
|
del acx
|
del D
|
del C2
|
del C1
|
del B
|
del $304compare_op.32
|
$const312.1 = const(int, 4) :: Literal[int](4)
|
$314build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:1039), Var($const312.1, adaptive_predicates.py:1058)]) :: Tuple(float64, Literal[int](4))
|
del det
|
del $const312.1
|
$316return_value.3 = cast(value=$314build_tuple.2) :: Tuple(float64, Literal[int](4))
|
del $314build_tuple.2
|
return $316return_value.3
|
1059:
1060:
s1, s0 = Two_Product(acxtail, bcy, splitter)
label 318
|
del det
|
del $304compare_op.32
|
$318load_global.0 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$326call_function.4 = call $318load_global.0(acxtail, bcy, splitter, func=$318load_global.0, args=[Var(acxtail, adaptive_predicates.py:1044), Var(bcy, adaptive_predicates.py:1031), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del bcy
|
del $318load_global.0
|
$328unpack_sequence.7 = exhaust_iter(value=$326call_function.4, count=2) :: UniTuple(float64 x 2)
|
del $326call_function.4
|
$328unpack_sequence.5 = static_getitem(value=$328unpack_sequence.7, index=0, index_var=None) :: float64
|
$328unpack_sequence.6 = static_getitem(value=$328unpack_sequence.7, index=1, index_var=None) :: float64
|
del $328unpack_sequence.7
|
s1 = $328unpack_sequence.5 :: float64
|
del $328unpack_sequence.5
|
s0 = $328unpack_sequence.6 :: float64
|
del $328unpack_sequence.6
|
1061:
t1, t0 = Two_Product(acytail, bcx, splitter)
$334load_global.8 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$342call_function.12 = call $334load_global.8(acytail, bcx, splitter, func=$334load_global.8, args=[Var(acytail, adaptive_predicates.py:1046), Var(bcx, adaptive_predicates.py:1028), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del bcx
|
del $334load_global.8
|
$344unpack_sequence.15 = exhaust_iter(value=$342call_function.12, count=2) :: UniTuple(float64 x 2)
|
del $342call_function.12
|
$344unpack_sequence.13 = static_getitem(value=$344unpack_sequence.15, index=0, index_var=None) :: float64
|
$344unpack_sequence.14 = static_getitem(value=$344unpack_sequence.15, index=1, index_var=None) :: float64
|
del $344unpack_sequence.15
|
t1 = $344unpack_sequence.13 :: float64
|
del $344unpack_sequence.13
|
t0 = $344unpack_sequence.14 :: float64
|
del $344unpack_sequence.14
|
1062:
u[3], u[2], u[1], u[0] = Two_Two_Diff(s1, s0, t1, t0)
$350load_global.16 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
$360call_function.21 = call $350load_global.16(s1, s0, t1, t0, func=$350load_global.16, args=[Var(s1, adaptive_predicates.py:1060), Var(s0, adaptive_predicates.py:1060), Var(t1, adaptive_predicates.py:1061), Var(t0, adaptive_predicates.py:1061)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $350load_global.16
|
$362unpack_sequence.26 = exhaust_iter(value=$360call_function.21, count=4) :: UniTuple(float64 x 4)
|
del $360call_function.21
|
$362unpack_sequence.22 = static_getitem(value=$362unpack_sequence.26, index=0, index_var=None) :: float64
|
$362unpack_sequence.23 = static_getitem(value=$362unpack_sequence.26, index=1, index_var=None) :: float64
|
$362unpack_sequence.24 = static_getitem(value=$362unpack_sequence.26, index=2, index_var=None) :: float64
|
$362unpack_sequence.25 = static_getitem(value=$362unpack_sequence.26, index=3, index_var=None) :: float64
|
del $362unpack_sequence.26
|
$const366.28 = const(int, 3) :: Literal[int](3)
|
u[3] = $362unpack_sequence.22
|
del $const366.28
|
del $362unpack_sequence.22
|
$const372.30 = const(int, 2) :: Literal[int](2)
|
u[2] = $362unpack_sequence.23
|
del $const372.30
|
del $362unpack_sequence.23
|
$const378.32 = const(int, 1) :: Literal[int](1)
|
u[1] = $362unpack_sequence.24
|
del $const378.32
|
del $362unpack_sequence.24
|
$const384.34 = const(int, 0) :: Literal[int](0)
|
u[0] = $362unpack_sequence.25
|
del $const384.34
|
del $362unpack_sequence.25
|
1063:
C1length = fast_expansion_sum_zeroelim(4, B, 4, u, C1)
$388load_global.35 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$const390.36 = const(int, 4) :: Literal[int](4)
|
$const394.38 = const(int, 4) :: Literal[int](4)
|
$400call_function.41 = call $388load_global.35($const390.36, B, $const394.38, u, C1, func=$388load_global.35, args=[Var($const390.36, adaptive_predicates.py:1063), Var(B, adaptive_predicates.py:1028), Var($const394.38, adaptive_predicates.py:1063), Var(u, adaptive_predicates.py:1028), Var(C1, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), Literal[int](4), array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del B
|
del $const394.38
|
del $const390.36
|
del $388load_global.35
|
C1length = $400call_function.41 :: int64
|
del $400call_function.41
|
1064:
1065:
s1, s0 = Two_Product(acx, bcytail, splitter)
$404load_global.42 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$412call_function.46 = call $404load_global.42(acx, bcytail, splitter, func=$404load_global.42, args=[Var(acx, adaptive_predicates.py:1029), Var(bcytail, adaptive_predicates.py:1047), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del acx
|
del $404load_global.42
|
$414unpack_sequence.49 = exhaust_iter(value=$412call_function.46, count=2) :: UniTuple(float64 x 2)
|
del $412call_function.46
|
$414unpack_sequence.47 = static_getitem(value=$414unpack_sequence.49, index=0, index_var=None) :: float64
|
$414unpack_sequence.48 = static_getitem(value=$414unpack_sequence.49, index=1, index_var=None) :: float64
|
del $414unpack_sequence.49
|
s1 = $414unpack_sequence.47 :: float64
|
del $414unpack_sequence.47
|
s0 = $414unpack_sequence.48 :: float64
|
del $414unpack_sequence.48
|
1066:
t1, t0 = Two_Product(acy, bcxtail, splitter)
$420load_global.50 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$428call_function.54 = call $420load_global.50(acy, bcxtail, splitter, func=$420load_global.50, args=[Var(acy, adaptive_predicates.py:1030), Var(bcxtail, adaptive_predicates.py:1045), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del acy
|
del $420load_global.50
|
$430unpack_sequence.57 = exhaust_iter(value=$428call_function.54, count=2) :: UniTuple(float64 x 2)
|
del $428call_function.54
|
$430unpack_sequence.55 = static_getitem(value=$430unpack_sequence.57, index=0, index_var=None) :: float64
|
$430unpack_sequence.56 = static_getitem(value=$430unpack_sequence.57, index=1, index_var=None) :: float64
|
del $430unpack_sequence.57
|
t1 = $430unpack_sequence.55 :: float64
|
del $430unpack_sequence.55
|
t0 = $430unpack_sequence.56 :: float64
|
del $430unpack_sequence.56
|
1067:
u[3], u[2], u[1], u[0] = Two_Two_Diff(s1, s0, t1, t0)
$436load_global.58 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
$446call_function.63 = call $436load_global.58(s1, s0, t1, t0, func=$436load_global.58, args=[Var(s1, adaptive_predicates.py:1060), Var(s0, adaptive_predicates.py:1060), Var(t1, adaptive_predicates.py:1061), Var(t0, adaptive_predicates.py:1061)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $436load_global.58
|
$448unpack_sequence.68 = exhaust_iter(value=$446call_function.63, count=4) :: UniTuple(float64 x 4)
|
del $446call_function.63
|
$448unpack_sequence.64 = static_getitem(value=$448unpack_sequence.68, index=0, index_var=None) :: float64
|
$448unpack_sequence.65 = static_getitem(value=$448unpack_sequence.68, index=1, index_var=None) :: float64
|
$448unpack_sequence.66 = static_getitem(value=$448unpack_sequence.68, index=2, index_var=None) :: float64
|
$448unpack_sequence.67 = static_getitem(value=$448unpack_sequence.68, index=3, index_var=None) :: float64
|
del $448unpack_sequence.68
|
$const452.70 = const(int, 3) :: Literal[int](3)
|
u[3] = $448unpack_sequence.64
|
del $const452.70
|
del $448unpack_sequence.64
|
$const458.72 = const(int, 2) :: Literal[int](2)
|
u[2] = $448unpack_sequence.65
|
del $const458.72
|
del $448unpack_sequence.65
|
$const464.74 = const(int, 1) :: Literal[int](1)
|
u[1] = $448unpack_sequence.66
|
del $const464.74
|
del $448unpack_sequence.66
|
$const470.76 = const(int, 0) :: Literal[int](0)
|
u[0] = $448unpack_sequence.67
|
del $const470.76
|
del $448unpack_sequence.67
|
1068:
C2length = fast_expansion_sum_zeroelim(C1length, C1, 4, u, C2)
$474load_global.77 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$const480.80 = const(int, 4) :: Literal[int](4)
|
$486call_function.83 = call $474load_global.77(C1length, C1, $const480.80, u, C2, func=$474load_global.77, args=[Var(C1length, adaptive_predicates.py:1063), Var(C1, adaptive_predicates.py:1028), Var($const480.80, adaptive_predicates.py:1068), Var(u, adaptive_predicates.py:1028), Var(C2, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), Literal[int](4), array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del C1length
|
del C1
|
del $const480.80
|
del $474load_global.77
|
C2length = $486call_function.83 :: int64
|
del $486call_function.83
|
1069:
1070:
s1, s0 = Two_Product(acxtail, bcytail, splitter)
$490load_global.84 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$498call_function.88 = call $490load_global.84(acxtail, bcytail, splitter, func=$490load_global.84, args=[Var(acxtail, adaptive_predicates.py:1044), Var(bcytail, adaptive_predicates.py:1047), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del bcytail
|
del acxtail
|
del $490load_global.84
|
$500unpack_sequence.91 = exhaust_iter(value=$498call_function.88, count=2) :: UniTuple(float64 x 2)
|
del $498call_function.88
|
$500unpack_sequence.89 = static_getitem(value=$500unpack_sequence.91, index=0, index_var=None) :: float64
|
$500unpack_sequence.90 = static_getitem(value=$500unpack_sequence.91, index=1, index_var=None) :: float64
|
del $500unpack_sequence.91
|
s1 = $500unpack_sequence.89 :: float64
|
del $500unpack_sequence.89
|
s0 = $500unpack_sequence.90 :: float64
|
del $500unpack_sequence.90
|
1071:
t1, t0 = Two_Product(acytail, bcxtail, splitter)
$506load_global.92 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$514call_function.96 = call $506load_global.92(acytail, bcxtail, splitter, func=$506load_global.92, args=[Var(acytail, adaptive_predicates.py:1046), Var(bcxtail, adaptive_predicates.py:1045), Var(splitter, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del splitter
|
del bcxtail
|
del acytail
|
del $506load_global.92
|
$516unpack_sequence.99 = exhaust_iter(value=$514call_function.96, count=2) :: UniTuple(float64 x 2)
|
del $514call_function.96
|
$516unpack_sequence.97 = static_getitem(value=$516unpack_sequence.99, index=0, index_var=None) :: float64
|
$516unpack_sequence.98 = static_getitem(value=$516unpack_sequence.99, index=1, index_var=None) :: float64
|
del $516unpack_sequence.99
|
t1 = $516unpack_sequence.97 :: float64
|
del $516unpack_sequence.97
|
t0 = $516unpack_sequence.98 :: float64
|
del $516unpack_sequence.98
|
1072:
u[3], u[2], u[1], u[0] = Two_Two_Diff(s1, s0, t1, t0)
$522load_global.100 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
$532call_function.105 = call $522load_global.100(s1, s0, t1, t0, func=$522load_global.100, args=[Var(s1, adaptive_predicates.py:1060), Var(s0, adaptive_predicates.py:1060), Var(t1, adaptive_predicates.py:1061), Var(t0, adaptive_predicates.py:1061)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del t1
|
del t0
|
del s1
|
del s0
|
del $522load_global.100
|
$534unpack_sequence.110 = exhaust_iter(value=$532call_function.105, count=4) :: UniTuple(float64 x 4)
|
del $532call_function.105
|
$534unpack_sequence.106 = static_getitem(value=$534unpack_sequence.110, index=0, index_var=None) :: float64
|
$534unpack_sequence.107 = static_getitem(value=$534unpack_sequence.110, index=1, index_var=None) :: float64
|
$534unpack_sequence.108 = static_getitem(value=$534unpack_sequence.110, index=2, index_var=None) :: float64
|
$534unpack_sequence.109 = static_getitem(value=$534unpack_sequence.110, index=3, index_var=None) :: float64
|
del $534unpack_sequence.110
|
$const538.112 = const(int, 3) :: Literal[int](3)
|
u[3] = $534unpack_sequence.106
|
del $const538.112
|
del $534unpack_sequence.106
|
$const544.114 = const(int, 2) :: Literal[int](2)
|
u[2] = $534unpack_sequence.107
|
del $const544.114
|
del $534unpack_sequence.107
|
$const550.116 = const(int, 1) :: Literal[int](1)
|
u[1] = $534unpack_sequence.108
|
del $const550.116
|
del $534unpack_sequence.108
|
$const556.118 = const(int, 0) :: Literal[int](0)
|
u[0] = $534unpack_sequence.109
|
del $const556.118
|
del $534unpack_sequence.109
|
1073:
Dlength = fast_expansion_sum_zeroelim(C2length, C2, 4, u, D)
$560load_global.119 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$const566.122 = const(int, 4) :: Literal[int](4)
|
$572call_function.125 = call $560load_global.119(C2length, C2, $const566.122, u, D, func=$560load_global.119, args=[Var(C2length, adaptive_predicates.py:1068), Var(C2, adaptive_predicates.py:1028), Var($const566.122, adaptive_predicates.py:1073), Var(u, adaptive_predicates.py:1028), Var(D, adaptive_predicates.py:1028)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), Literal[int](4), array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del u
|
del C2length
|
del C2
|
del $const566.122
|
del $560load_global.119
|
Dlength = $572call_function.125 :: int64
|
del $572call_function.125
|
1074:
1075:
return D[Dlength - 1], 5
$const580.128 = const(int, 1) :: Literal[int](1)
|
$582binary_subtract.129 = Dlength - $const580.128 :: int64
|
del Dlength
|
del $const580.128
|
$584binary_subscr.130 = getitem(value=D, index=$582binary_subtract.129) :: float64
|
del D
|
del $582binary_subtract.129
|
$const586.131 = const(int, 5) :: Literal[int](5)
|
$588build_tuple.132 = build_tuple(items=[Var($584binary_subscr.130, adaptive_predicates.py:1075), Var($const586.131, adaptive_predicates.py:1075)]) :: Tuple(float64, Literal[int](5))
|
del $const586.131
|
del $584binary_subscr.130
|
$590return_value.133 = cast(value=$588build_tuple.132) :: Tuple(float64, Literal[int](5))
|
del $588build_tuple.132
|
return $590return_value.133
|
1078:
@njit
| |||||||||||||||||||||||||
1079:
def orient2d(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, splitter, B, C1, C2, D, u,
| |||||||||||||||||||||||||
1080:
ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound, det,
| |||||||||||||||||||||||||
1081:
detsum):
| |||||||||||||||||||||||||
1082:
'''
| |||||||||||||||||||||||||
1083:
len(B) = 4
| |||||||||||||||||||||||||
1084:
len(C1) = 8
| |||||||||||||||||||||||||
1085:
len(C2) = 12
| |||||||||||||||||||||||||
1086:
len(D) = 16
| |||||||||||||||||||||||||
1087:
len(u) = 4
| |||||||||||||||||||||||||
1088:
'''
| |||||||||||||||||||||||||
1089:
| |||||||||||||||||||||||||
|
label 0
|
pa_x = arg(0, name=pa_x) :: float64
|
pa_y = arg(1, name=pa_y) :: float64
|
pb_x = arg(2, name=pb_x) :: float64
|
pb_y = arg(3, name=pb_y) :: float64
|
pc_x = arg(4, name=pc_x) :: float64
|
pc_y = arg(5, name=pc_y) :: float64
|
splitter = arg(6, name=splitter) :: float64
|
B = arg(7, name=B) :: array(float64, 1d, C)
|
C1 = arg(8, name=C1) :: array(float64, 1d, C)
|
C2 = arg(9, name=C2) :: array(float64, 1d, C)
|
D = arg(10, name=D) :: array(float64, 1d, C)
|
u = arg(11, name=u) :: array(float64, 1d, C)
|
ccwerrboundA = arg(12, name=ccwerrboundA) :: float64
|
ccwerrboundB = arg(13, name=ccwerrboundB) :: float64
|
ccwerrboundC = arg(14, name=ccwerrboundC) :: float64
|
resulterrbound = arg(15, name=resulterrbound) :: float64
|
det = arg(16, name=det) :: float64
|
detsum = arg(17, name=detsum) :: float64
|
$6binary_multiply.2 = ccwerrboundA * detsum :: float64
|
del ccwerrboundA
|
errbound = $6binary_multiply.2 :: float64
|
del $6binary_multiply.2
|
1091:
if np.abs(det) >= errbound:
$10load_global.3 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$12load_method.4 = getattr(value=$10load_global.3, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $10load_global.3
|
$16call_method.6 = call $12load_method.4(det, func=$12load_method.4, args=[Var(det, adaptive_predicates.py:1090)], kws=(), vararg=None) :: (float64,) -> float64
|
del $12load_method.4
|
$20compare_op.8 = $16call_method.6 >= errbound :: bool
|
del errbound
|
del $16call_method.6
|
branch $20compare_op.8, 24, 32
|
1092:
return det, 1
label 24
|
del u
|
del splitter
|
del resulterrbound
|
del pc_y
|
del pc_x
|
del pb_y
|
del pb_x
|
del pa_y
|
del pa_x
|
del detsum
|
del ccwerrboundC
|
del ccwerrboundB
|
del D
|
del C2
|
del C1
|
del B
|
del $20compare_op.8
|
$const26.1 = const(int, 1) :: Literal[int](1)
|
$28build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:1090), Var($const26.1, adaptive_predicates.py:1092)]) :: Tuple(float64, Literal[int](1))
|
del det
|
del $const26.1
|
$30return_value.3 = cast(value=$28build_tuple.2) :: Tuple(float64, Literal[int](1))
|
del $28build_tuple.2
|
return $30return_value.3
|
1093:
1094:
return orient2dadapt(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, detsum, splitter,
label 32
|
del det
|
del $20compare_op.8
|
$32load_global.0 = global(orient2dadapt: CPUDispatcher(<function orient2dadapt at 0x7f51d4472cb0>)) :: type(CPUDispatcher(<function orient2dadapt at 0x7f51d4472cb0>))
|
1095:
B, C1, C2, D, u, ccwerrboundB, ccwerrboundC,
1096:
resulterrbound)
$66call_function.17 = call $32load_global.0(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, detsum, splitter, B, C1, C2, D, u, ccwerrboundB, ccwerrboundC, resulterrbound, func=$32load_global.0, args=[Var(pa_x, adaptive_predicates.py:1090), Var(pa_y, adaptive_predicates.py:1090), Var(pb_x, adaptive_predicates.py:1090), Var(pb_y, adaptive_predicates.py:1090), Var(pc_x, adaptive_predicates.py:1090), Var(pc_y, adaptive_predicates.py:1090), Var(detsum, adaptive_predicates.py:1090), Var(splitter, adaptive_predicates.py:1090), Var(B, adaptive_predicates.py:1090), Var(C1, adaptive_predicates.py:1090), Var(C2, adaptive_predicates.py:1090), Var(D, adaptive_predicates.py:1090), Var(u, adaptive_predicates.py:1090), Var(ccwerrboundB, adaptive_predicates.py:1090), Var(ccwerrboundC, adaptive_predicates.py:1090), Var(resulterrbound, adaptive_predicates.py:1090)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64, float64, float64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64) -> Tuple(float64, int64)
|
del u
|
del splitter
|
del resulterrbound
|
del pc_y
|
del pc_x
|
del pb_y
|
del pb_x
|
del pa_y
|
del pa_x
|
del detsum
|
del ccwerrboundC
|
del ccwerrboundB
|
del D
|
del C2
|
del C1
|
del B
|
del $32load_global.0
|
$68return_value.18 = cast(value=$66call_function.17) :: Tuple(float64, int64)
|
del $66call_function.17
|
return $68return_value.18
|
14:
@njit
| ||||||||||||||||||||||
15:
def _walk(
| ||||||||||||||||||||||
16:
point_id, t_index, vertices_ID, neighbour_ID, points, gv, splitter, B,
| ||||||||||||||||||||||
17:
C1, C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC,
| ||||||||||||||||||||||
18:
resulterrbound, static_filter_o2d, orient2d_count):
| ||||||||||||||||||||||
19:
'''
| ||||||||||||||||||||||
20:
Walks from the given tri (t_index) to the tri enclosing the given point.
| ||||||||||||||||||||||
21:
| ||||||||||||||||||||||
22:
point_id : The index (corresponding to the points array) of the
| ||||||||||||||||||||||
23:
point to be inserted into the triangulation.
| ||||||||||||||||||||||
24:
t_index : The index of the tri to start the walk from.
| ||||||||||||||||||||||
25:
vertices_ID : The global array storing all the indices (corresponding
| ||||||||||||||||||||||
26:
to the points array) of the vertices of all the tri.
| ||||||||||||||||||||||
27:
neighbour_ID : The global array storing the indices of the neighbouring
| ||||||||||||||||||||||
28:
tri.
| ||||||||||||||||||||||
29:
points : The global array storing the co-ordinates of all the
| ||||||||||||||||||||||
30:
points to be triangulated.
| ||||||||||||||||||||||
31:
gv : Index assigned to the ghost vertex.
| ||||||||||||||||||||||
32:
'''
| ||||||||||||||||||||||
33:
| ||||||||||||||||||||||
|
label 0
|
point_id = arg(0, name=point_id) :: int64
|
t_index = arg(1, name=t_index) :: int64
|
vertices_ID = arg(2, name=vertices_ID) :: array(int64, 2d, C)
|
neighbour_ID = arg(3, name=neighbour_ID) :: array(int64, 2d, C)
|
points = arg(4, name=points) :: array(float64, 2d, C)
|
gv = arg(5, name=gv) :: int64
|
splitter = arg(6, name=splitter) :: float64
|
B = arg(7, name=B) :: array(float64, 1d, C)
|
C1 = arg(8, name=C1) :: array(float64, 1d, C)
|
C2 = arg(9, name=C2) :: array(float64, 1d, C)
|
D = arg(10, name=D) :: array(float64, 1d, C)
|
u = arg(11, name=u) :: array(float64, 1d, C)
|
ccwerrboundA = arg(12, name=ccwerrboundA) :: float64
|
ccwerrboundB = arg(13, name=ccwerrboundB) :: float64
|
ccwerrboundC = arg(14, name=ccwerrboundC) :: float64
|
resulterrbound = arg(15, name=resulterrbound) :: float64
|
static_filter_o2d = arg(16, name=static_filter_o2d) :: float64
|
orient2d_count = arg(17, name=orient2d_count) :: array(int64, 1d, C)
|
$const2.0 = const(int, 3) :: Literal[int](3)
|
gv_idx = $const2.0 :: int64
|
del $const2.0
|
35:
if vertices_ID[t_index, 0] == gv:
$const10.3 = const(int, 0) :: Literal[int](0)
|
$12build_tuple.4 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const10.3, final_2D_robust_multidimarr.py:35)]) :: Tuple(int64, Literal[int](0))
|
del $const10.3
|
$14binary_subscr.5 = getitem(value=vertices_ID, index=$12build_tuple.4) :: int64
|
del $12build_tuple.4
|
$18compare_op.7 = $14binary_subscr.5 == gv :: bool
|
del $14binary_subscr.5
|
branch $18compare_op.7, 22, 28
|
36:
gv_idx = 0
label 22
|
del $18compare_op.7
|
$const22.0 = const(int, 0) :: Literal[int](0)
|
gv_idx = $const22.0 :: int64
|
del $const22.0
|
jump 70
|
37:
elif vertices_ID[t_index, 1] == gv:
label 28
|
del $18compare_op.7
|
$const32.2 = const(int, 1) :: Literal[int](1)
|
$34build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const32.2, final_2D_robust_multidimarr.py:37)]) :: Tuple(int64, Literal[int](1))
|
del $const32.2
|
$36binary_subscr.4 = getitem(value=vertices_ID, index=$34build_tuple.3) :: int64
|
del $34build_tuple.3
|
$40compare_op.6 = $36binary_subscr.4 == gv :: bool
|
del $36binary_subscr.4
|
branch $40compare_op.6, 44, 50
|
38:
gv_idx = 1
label 44
|
del $40compare_op.6
|
$const44.0 = const(int, 1) :: Literal[int](1)
|
gv_idx = $const44.0 :: int64
|
del $const44.0
|
jump 70
|
39:
elif vertices_ID[t_index, 2] == gv:
label 50
|
del $40compare_op.6
|
$const54.2 = const(int, 2) :: Literal[int](2)
|
$56build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const54.2, final_2D_robust_multidimarr.py:39)]) :: Tuple(int64, Literal[int](2))
|
del $const54.2
|
$58binary_subscr.4 = getitem(value=vertices_ID, index=$56build_tuple.3) :: int64
|
del $56build_tuple.3
|
$62compare_op.6 = $58binary_subscr.4 == gv :: bool
|
del $58binary_subscr.4
|
branch $62compare_op.6, 66, 70
|
40:
gv_idx = 2
label 66
|
del $62compare_op.6
|
$const66.0 = const(int, 2) :: Literal[int](2)
|
gv_idx = $const66.0 :: int64
|
del $const66.0
|
41:
42:
if gv_idx != 3:
jump 70
|
label 70
|
del $62compare_op.6
|
$const72.1 = const(int, 3) :: Literal[int](3)
|
$74compare_op.2 = gv_idx != $const72.1 :: bool
|
del $const72.1
|
branch $74compare_op.2, 78, 94
|
43:
# t_index is a ghost tri, in this case simply step into the adjacent
44:
# real triangle.
45:
t_index = neighbour_ID[t_index, gv_idx]//3
label 78
|
del $74compare_op.2
|
$84build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var(gv_idx, final_2D_robust_multidimarr.py:34)]) :: UniTuple(int64 x 2)
|
del gv_idx
|
$86binary_subscr.4 = getitem(value=neighbour_ID, index=$84build_tuple.3) :: int64
|
del $84build_tuple.3
|
$const88.5 = const(int, 3) :: Literal[int](3)
|
$90binary_floor_divide.6 = $86binary_subscr.4 // $const88.5 :: int64
|
del $const88.5
|
del $86binary_subscr.4
|
t_index = $90binary_floor_divide.6 :: int64
|
del $90binary_floor_divide.6
|
46:
47:
point_x = points[point_id, 0]
jump 94
|
label 94
|
del gv_idx
|
del $74compare_op.2
|
$const98.2 = const(int, 0) :: Literal[int](0)
|
$100build_tuple.3 = build_tuple(items=[Var(point_id, final_2D_robust_multidimarr.py:34), Var($const98.2, final_2D_robust_multidimarr.py:47)]) :: Tuple(int64, Literal[int](0))
|
del $const98.2
|
$102binary_subscr.4 = getitem(value=points, index=$100build_tuple.3) :: float64
|
del $100build_tuple.3
|
point_x = $102binary_subscr.4 :: float64
|
del $102binary_subscr.4
|
48:
point_y = points[point_id, 1]
$const110.7 = const(int, 1) :: Literal[int](1)
|
$112build_tuple.8 = build_tuple(items=[Var(point_id, final_2D_robust_multidimarr.py:34), Var($const110.7, final_2D_robust_multidimarr.py:48)]) :: Tuple(int64, Literal[int](1))
|
del point_id
|
del $const110.7
|
$114binary_subscr.9 = getitem(value=points, index=$112build_tuple.8) :: float64
|
del $112build_tuple.8
|
point_y = $114binary_subscr.9 :: float64
|
del $114binary_subscr.9
|
49:
50:
while True:
jump 118
|
label 118
|
51:
# i.e. t_index is a real tri
52:
53:
t_op_index_in_t = 4
jump 122
|
label 122
|
del $806compare_op.6
|
$const122.0 = const(int, 4) :: Literal[int](4)
|
t_op_index_in_t = $const122.0 :: int64
|
del $const122.0
|
54:
55:
a_x = points[vertices_ID[t_index, 0], 0]
$const132.4 = const(int, 0) :: Literal[int](0)
|
$134build_tuple.5 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const132.4, final_2D_robust_multidimarr.py:55)]) :: Tuple(int64, Literal[int](0))
|
del $const132.4
|
$136binary_subscr.6 = getitem(value=vertices_ID, index=$134build_tuple.5) :: int64
|
del $134build_tuple.5
|
$const138.7 = const(int, 0) :: Literal[int](0)
|
$140build_tuple.8 = build_tuple(items=[Var($136binary_subscr.6, final_2D_robust_multidimarr.py:55), Var($const138.7, final_2D_robust_multidimarr.py:55)]) :: Tuple(int64, Literal[int](0))
|
del $const138.7
|
del $136binary_subscr.6
|
$142binary_subscr.9 = getitem(value=points, index=$140build_tuple.8) :: float64
|
del $140build_tuple.8
|
a_x = $142binary_subscr.9 :: float64
|
del $142binary_subscr.9
|
56:
a_y = points[vertices_ID[t_index, 0], 1]
$const152.13 = const(int, 0) :: Literal[int](0)
|
$154build_tuple.14 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const152.13, final_2D_robust_multidimarr.py:56)]) :: Tuple(int64, Literal[int](0))
|
del $const152.13
|
$156binary_subscr.15 = getitem(value=vertices_ID, index=$154build_tuple.14) :: int64
|
del $154build_tuple.14
|
$const158.16 = const(int, 1) :: Literal[int](1)
|
$160build_tuple.17 = build_tuple(items=[Var($156binary_subscr.15, final_2D_robust_multidimarr.py:56), Var($const158.16, final_2D_robust_multidimarr.py:56)]) :: Tuple(int64, Literal[int](1))
|
del $const158.16
|
del $156binary_subscr.15
|
$162binary_subscr.18 = getitem(value=points, index=$160build_tuple.17) :: float64
|
del $160build_tuple.17
|
a_y = $162binary_subscr.18 :: float64
|
del $162binary_subscr.18
|
57:
b_x = points[vertices_ID[t_index, 1], 0]
$const172.22 = const(int, 1) :: Literal[int](1)
|
$174build_tuple.23 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const172.22, final_2D_robust_multidimarr.py:57)]) :: Tuple(int64, Literal[int](1))
|
del $const172.22
|
$176binary_subscr.24 = getitem(value=vertices_ID, index=$174build_tuple.23) :: int64
|
del $174build_tuple.23
|
$const178.25 = const(int, 0) :: Literal[int](0)
|
$180build_tuple.26 = build_tuple(items=[Var($176binary_subscr.24, final_2D_robust_multidimarr.py:57), Var($const178.25, final_2D_robust_multidimarr.py:57)]) :: Tuple(int64, Literal[int](0))
|
del $const178.25
|
del $176binary_subscr.24
|
$182binary_subscr.27 = getitem(value=points, index=$180build_tuple.26) :: float64
|
del $180build_tuple.26
|
b_x = $182binary_subscr.27 :: float64
|
del $182binary_subscr.27
|
58:
b_y = points[vertices_ID[t_index, 1], 1]
$const192.31 = const(int, 1) :: Literal[int](1)
|
$194build_tuple.32 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const192.31, final_2D_robust_multidimarr.py:58)]) :: Tuple(int64, Literal[int](1))
|
del $const192.31
|
$196binary_subscr.33 = getitem(value=vertices_ID, index=$194build_tuple.32) :: int64
|
del $194build_tuple.32
|
$const198.34 = const(int, 1) :: Literal[int](1)
|
$200build_tuple.35 = build_tuple(items=[Var($196binary_subscr.33, final_2D_robust_multidimarr.py:58), Var($const198.34, final_2D_robust_multidimarr.py:58)]) :: Tuple(int64, Literal[int](1))
|
del $const198.34
|
del $196binary_subscr.33
|
$202binary_subscr.36 = getitem(value=points, index=$200build_tuple.35) :: float64
|
del $200build_tuple.35
|
b_y = $202binary_subscr.36 :: float64
|
del $202binary_subscr.36
|
59:
c_x = points[vertices_ID[t_index, 2], 0]
$const212.40 = const(int, 2) :: Literal[int](2)
|
$214build_tuple.41 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const212.40, final_2D_robust_multidimarr.py:59)]) :: Tuple(int64, Literal[int](2))
|
del $const212.40
|
$216binary_subscr.42 = getitem(value=vertices_ID, index=$214build_tuple.41) :: int64
|
del $214build_tuple.41
|
$const218.43 = const(int, 0) :: Literal[int](0)
|
$220build_tuple.44 = build_tuple(items=[Var($216binary_subscr.42, final_2D_robust_multidimarr.py:59), Var($const218.43, final_2D_robust_multidimarr.py:59)]) :: Tuple(int64, Literal[int](0))
|
del $const218.43
|
del $216binary_subscr.42
|
$222binary_subscr.45 = getitem(value=points, index=$220build_tuple.44) :: float64
|
del $220build_tuple.44
|
c_x = $222binary_subscr.45 :: float64
|
del $222binary_subscr.45
|
60:
c_y = points[vertices_ID[t_index, 2], 1]
$const232.49 = const(int, 2) :: Literal[int](2)
|
$234build_tuple.50 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const232.49, final_2D_robust_multidimarr.py:60)]) :: Tuple(int64, Literal[int](2))
|
del $const232.49
|
$236binary_subscr.51 = getitem(value=vertices_ID, index=$234build_tuple.50) :: int64
|
del $234build_tuple.50
|
$const238.52 = const(int, 1) :: Literal[int](1)
|
$240build_tuple.53 = build_tuple(items=[Var($236binary_subscr.51, final_2D_robust_multidimarr.py:60), Var($const238.52, final_2D_robust_multidimarr.py:60)]) :: Tuple(int64, Literal[int](1))
|
del $const238.52
|
del $236binary_subscr.51
|
$242binary_subscr.54 = getitem(value=points, index=$240build_tuple.53) :: float64
|
del $240build_tuple.53
|
c_y = $242binary_subscr.54 :: float64
|
del $242binary_subscr.54
|
61:
62:
det_left = (point_x-b_x)*(c_y-b_y)
$250binary_subtract.57 = point_x - b_x :: float64
|
$256binary_subtract.60 = c_y - b_y :: float64
|
$258binary_multiply.61 = $250binary_subtract.57 * $256binary_subtract.60 :: float64
|
del $256binary_subtract.60
|
del $250binary_subtract.57
|
det_left = $258binary_multiply.61 :: float64
|
del $258binary_multiply.61
|
63:
det_right = (point_y-b_y)*(c_x-b_x)
$266binary_subtract.64 = point_y - b_y :: float64
|
$272binary_subtract.67 = c_x - b_x :: float64
|
$274binary_multiply.68 = $266binary_subtract.64 * $272binary_subtract.67 :: float64
|
del $272binary_subtract.67
|
del $266binary_subtract.64
|
det_right = $274binary_multiply.68 :: float64
|
del $274binary_multiply.68
|
64:
det = det_left - det_right
$282binary_subtract.71 = det_left - det_right :: float64
|
det = $282binary_subtract.71 :: float64
|
del $282binary_subtract.71
|
65:
num = 0
$const286.72 = const(int, 0) :: Literal[int](0)
|
num = $const286.72 :: int64
|
del $const286.72
|
66:
if np.abs(det) < static_filter_o2d:
$290load_global.73 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$292load_method.74 = getattr(value=$290load_global.73, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $290load_global.73
|
$296call_method.76 = call $292load_method.74(det, func=$292load_method.74, args=[Var(det, final_2D_robust_multidimarr.py:64)], kws=(), vararg=None) :: (float64,) -> float64
|
del $292load_method.74
|
$300compare_op.78 = $296call_method.76 < static_filter_o2d :: bool
|
del $296call_method.76
|
branch $300compare_op.78, 306, 372
|
67:
detsum = np.abs(det_left) + np.abs(det_right)
label 306
|
del $300compare_op.78
|
$306load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$308load_method.1 = getattr(value=$306load_global.0, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $306load_global.0
|
$312call_method.3 = call $308load_method.1(det_left, func=$308load_method.1, args=[Var(det_left, final_2D_robust_multidimarr.py:62)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_left
|
del $308load_method.1
|
$314load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$316load_method.5 = getattr(value=$314load_global.4, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $314load_global.4
|
$320call_method.7 = call $316load_method.5(det_right, func=$316load_method.5, args=[Var(det_right, final_2D_robust_multidimarr.py:63)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_right
|
del $316load_method.5
|
$322binary_add.8 = $312call_method.3 + $320call_method.7 :: float64
|
del $320call_method.7
|
del $312call_method.3
|
detsum = $322binary_add.8 :: float64
|
del $322binary_add.8
|
68:
det, num = orient2d(
$326load_global.9 = global(orient2d: CPUDispatcher(<function orient2d at 0x7f51d4472f80>)) :: type(CPUDispatcher(<function orient2d at 0x7f51d4472f80>))
|
69:
point_x, point_y, c_x, c_y, b_x, b_y, splitter, B, C1, C2, D,
70:
u, ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound,
71:
det, detsum)
$364call_function.28 = call $326load_global.9(point_x, point_y, c_x, c_y, b_x, b_y, splitter, B, C1, C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound, det, detsum, func=$326load_global.9, args=[Var(point_x, final_2D_robust_multidimarr.py:47), Var(point_y, final_2D_robust_multidimarr.py:48), Var(c_x, final_2D_robust_multidimarr.py:59), Var(c_y, final_2D_robust_multidimarr.py:60), Var(b_x, final_2D_robust_multidimarr.py:57), Var(b_y, final_2D_robust_multidimarr.py:58), Var(splitter, final_2D_robust_multidimarr.py:34), Var(B, final_2D_robust_multidimarr.py:34), Var(C1, final_2D_robust_multidimarr.py:34), Var(C2, final_2D_robust_multidimarr.py:34), Var(D, final_2D_robust_multidimarr.py:34), Var(u, final_2D_robust_multidimarr.py:34), Var(ccwerrboundA, final_2D_robust_multidimarr.py:34), Var(ccwerrboundB, final_2D_robust_multidimarr.py:34), Var(ccwerrboundC, final_2D_robust_multidimarr.py:34), Var(resulterrbound, final_2D_robust_multidimarr.py:34), Var(det, final_2D_robust_multidimarr.py:64), Var(detsum, final_2D_robust_multidimarr.py:67)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64, float64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, float64) -> Tuple(float64, int64)
|
del detsum
|
del $326load_global.9
|
$366unpack_sequence.31 = exhaust_iter(value=$364call_function.28, count=2) :: Tuple(float64, int64)
|
del $364call_function.28
|
$366unpack_sequence.29 = static_getitem(value=$366unpack_sequence.31, index=0, index_var=None) :: float64
|
$366unpack_sequence.30 = static_getitem(value=$366unpack_sequence.31, index=1, index_var=None) :: int64
|
del $366unpack_sequence.31
|
det = $366unpack_sequence.29 :: float64
|
del $366unpack_sequence.29
|
num = $366unpack_sequence.30 :: int64
|
del $366unpack_sequence.30
|
72:
orient2d_count[num] += 1
jump 372
|
label 372
|
del det_right
|
del det_left
|
del $300compare_op.78
|
$378binary_subscr.4 = getitem(value=orient2d_count, index=num) :: int64
|
$const380.5 = const(int, 1) :: Literal[int](1)
|
$382inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=$378binary_subscr.4, rhs=$const380.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const380.5
|
del $378binary_subscr.4
|
orient2d_count[num] = $382inplace_add.6 :: (array(int64, 1d, C), int64, int64) -> none
|
del num
|
del $382inplace_add.6
|
73:
if det > 0:
$const390.8 = const(int, 0) :: Literal[int](0)
|
$392compare_op.9 = det > $const390.8 :: bool
|
del det
|
del $const390.8
|
branch $392compare_op.9, 398, 406
|
74:
t_op_index_in_t = 0
label 398
|
del c_y
|
del c_x
|
del b_y
|
del b_x
|
del a_y
|
del a_x
|
del $392compare_op.9
|
$const398.0 = const(int, 0) :: Literal[int](0)
|
t_op_index_in_t = $const398.0 :: int64
|
del $const398.0
|
jump 720
|
75:
else:
76:
det_left = (point_x-c_x)*(a_y-c_y)
label 406
|
del $392compare_op.9
|
$410binary_subtract.2 = point_x - c_x :: float64
|
$416binary_subtract.5 = a_y - c_y :: float64
|
$418binary_multiply.6 = $410binary_subtract.2 * $416binary_subtract.5 :: float64
|
del $416binary_subtract.5
|
del $410binary_subtract.2
|
det_left = $418binary_multiply.6 :: float64
|
del $418binary_multiply.6
|
77:
det_right = (point_y-c_y)*(a_x-c_x)
$426binary_subtract.9 = point_y - c_y :: float64
|
$432binary_subtract.12 = a_x - c_x :: float64
|
$434binary_multiply.13 = $426binary_subtract.9 * $432binary_subtract.12 :: float64
|
del $432binary_subtract.12
|
del $426binary_subtract.9
|
det_right = $434binary_multiply.13 :: float64
|
del $434binary_multiply.13
|
78:
det = det_left - det_right
$442binary_subtract.16 = det_left - det_right :: float64
|
det = $442binary_subtract.16 :: float64
|
del $442binary_subtract.16
|
79:
num = 0
$const446.17 = const(int, 0) :: Literal[int](0)
|
num = $const446.17 :: int64
|
del $const446.17
|
80:
if np.abs(det) < static_filter_o2d:
$450load_global.18 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$452load_method.19 = getattr(value=$450load_global.18, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $450load_global.18
|
$456call_method.21 = call $452load_method.19(det, func=$452load_method.19, args=[Var(det, final_2D_robust_multidimarr.py:64)], kws=(), vararg=None) :: (float64,) -> float64
|
del $452load_method.19
|
$460compare_op.23 = $456call_method.21 < static_filter_o2d :: bool
|
del $456call_method.21
|
branch $460compare_op.23, 466, 532
|
81:
detsum = np.abs(det_left) + np.abs(det_right)
label 466
|
del $460compare_op.23
|
$466load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$468load_method.1 = getattr(value=$466load_global.0, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $466load_global.0
|
$472call_method.3 = call $468load_method.1(det_left, func=$468load_method.1, args=[Var(det_left, final_2D_robust_multidimarr.py:62)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_left
|
del $468load_method.1
|
$474load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$476load_method.5 = getattr(value=$474load_global.4, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $474load_global.4
|
$480call_method.7 = call $476load_method.5(det_right, func=$476load_method.5, args=[Var(det_right, final_2D_robust_multidimarr.py:63)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_right
|
del $476load_method.5
|
$482binary_add.8 = $472call_method.3 + $480call_method.7 :: float64
|
del $480call_method.7
|
del $472call_method.3
|
detsum = $482binary_add.8 :: float64
|
del $482binary_add.8
|
82:
det, num = orient2d(
$486load_global.9 = global(orient2d: CPUDispatcher(<function orient2d at 0x7f51d4472f80>)) :: type(CPUDispatcher(<function orient2d at 0x7f51d4472f80>))
|
83:
point_x, point_y, a_x, a_y, c_x, c_y, splitter, B, C1, C2,
84:
D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC,
85:
resulterrbound, det, detsum)
$524call_function.28 = call $486load_global.9(point_x, point_y, a_x, a_y, c_x, c_y, splitter, B, C1, C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound, det, detsum, func=$486load_global.9, args=[Var(point_x, final_2D_robust_multidimarr.py:47), Var(point_y, final_2D_robust_multidimarr.py:48), Var(a_x, final_2D_robust_multidimarr.py:55), Var(a_y, final_2D_robust_multidimarr.py:56), Var(c_x, final_2D_robust_multidimarr.py:59), Var(c_y, final_2D_robust_multidimarr.py:60), Var(splitter, final_2D_robust_multidimarr.py:34), Var(B, final_2D_robust_multidimarr.py:34), Var(C1, final_2D_robust_multidimarr.py:34), Var(C2, final_2D_robust_multidimarr.py:34), Var(D, final_2D_robust_multidimarr.py:34), Var(u, final_2D_robust_multidimarr.py:34), Var(ccwerrboundA, final_2D_robust_multidimarr.py:34), Var(ccwerrboundB, final_2D_robust_multidimarr.py:34), Var(ccwerrboundC, final_2D_robust_multidimarr.py:34), Var(resulterrbound, final_2D_robust_multidimarr.py:34), Var(det, final_2D_robust_multidimarr.py:64), Var(detsum, final_2D_robust_multidimarr.py:67)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64, float64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, float64) -> Tuple(float64, int64)
|
del detsum
|
del c_y
|
del c_x
|
del $486load_global.9
|
$526unpack_sequence.31 = exhaust_iter(value=$524call_function.28, count=2) :: Tuple(float64, int64)
|
del $524call_function.28
|
$526unpack_sequence.29 = static_getitem(value=$526unpack_sequence.31, index=0, index_var=None) :: float64
|
$526unpack_sequence.30 = static_getitem(value=$526unpack_sequence.31, index=1, index_var=None) :: int64
|
del $526unpack_sequence.31
|
det = $526unpack_sequence.29 :: float64
|
del $526unpack_sequence.29
|
num = $526unpack_sequence.30 :: int64
|
del $526unpack_sequence.30
|
86:
orient2d_count[num] += 1
jump 532
|
label 532
|
del det_right
|
del det_left
|
del c_y
|
del c_x
|
del $460compare_op.23
|
$538binary_subscr.4 = getitem(value=orient2d_count, index=num) :: int64
|
$const540.5 = const(int, 1) :: Literal[int](1)
|
$542inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=$538binary_subscr.4, rhs=$const540.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const540.5
|
del $538binary_subscr.4
|
orient2d_count[num] = $542inplace_add.6 :: (array(int64, 1d, C), int64, int64) -> none
|
del num
|
del $542inplace_add.6
|
87:
if det > 0:
$const550.8 = const(int, 0) :: Literal[int](0)
|
$552compare_op.9 = det > $const550.8 :: bool
|
del det
|
del $const550.8
|
branch $552compare_op.9, 558, 564
|
88:
t_op_index_in_t = 1
label 558
|
del b_y
|
del b_x
|
del a_y
|
del a_x
|
del $552compare_op.9
|
$const558.0 = const(int, 1) :: Literal[int](1)
|
t_op_index_in_t = $const558.0 :: int64
|
del $const558.0
|
jump 720
|
89:
else:
90:
det_left = (point_x-a_x)*(b_y-a_y)
label 564
|
del $552compare_op.9
|
$568binary_subtract.2 = point_x - a_x :: float64
|
$574binary_subtract.5 = b_y - a_y :: float64
|
$576binary_multiply.6 = $568binary_subtract.2 * $574binary_subtract.5 :: float64
|
del $574binary_subtract.5
|
del $568binary_subtract.2
|
det_left = $576binary_multiply.6 :: float64
|
del $576binary_multiply.6
|
91:
det_right = (point_y-a_y)*(b_x-a_x)
$584binary_subtract.9 = point_y - a_y :: float64
|
$590binary_subtract.12 = b_x - a_x :: float64
|
$592binary_multiply.13 = $584binary_subtract.9 * $590binary_subtract.12 :: float64
|
del $590binary_subtract.12
|
del $584binary_subtract.9
|
det_right = $592binary_multiply.13 :: float64
|
del $592binary_multiply.13
|
92:
det = det_left - det_right
$600binary_subtract.16 = det_left - det_right :: float64
|
det = $600binary_subtract.16 :: float64
|
del $600binary_subtract.16
|
93:
num = 0
$const604.17 = const(int, 0) :: Literal[int](0)
|
num = $const604.17 :: int64
|
del $const604.17
|
94:
if np.abs(det) < static_filter_o2d:
$608load_global.18 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$610load_method.19 = getattr(value=$608load_global.18, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $608load_global.18
|
$614call_method.21 = call $610load_method.19(det, func=$610load_method.19, args=[Var(det, final_2D_robust_multidimarr.py:64)], kws=(), vararg=None) :: (float64,) -> float64
|
del $610load_method.19
|
$618compare_op.23 = $614call_method.21 < static_filter_o2d :: bool
|
del $614call_method.21
|
branch $618compare_op.23, 624, 690
|
95:
detsum = np.abs(det_left) + np.abs(det_right)
label 624
|
del $618compare_op.23
|
$624load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$626load_method.1 = getattr(value=$624load_global.0, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $624load_global.0
|
$630call_method.3 = call $626load_method.1(det_left, func=$626load_method.1, args=[Var(det_left, final_2D_robust_multidimarr.py:62)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_left
|
del $626load_method.1
|
$632load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$634load_method.5 = getattr(value=$632load_global.4, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $632load_global.4
|
$638call_method.7 = call $634load_method.5(det_right, func=$634load_method.5, args=[Var(det_right, final_2D_robust_multidimarr.py:63)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_right
|
del $634load_method.5
|
$640binary_add.8 = $630call_method.3 + $638call_method.7 :: float64
|
del $638call_method.7
|
del $630call_method.3
|
detsum = $640binary_add.8 :: float64
|
del $640binary_add.8
|
96:
det, num = orient2d(
$644load_global.9 = global(orient2d: CPUDispatcher(<function orient2d at 0x7f51d4472f80>)) :: type(CPUDispatcher(<function orient2d at 0x7f51d4472f80>))
|
97:
point_x, point_y, b_x, b_y, a_x, a_y, splitter, B, C1,
98:
C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC,
99:
resulterrbound, det, detsum)
$682call_function.28 = call $644load_global.9(point_x, point_y, b_x, b_y, a_x, a_y, splitter, B, C1, C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound, det, detsum, func=$644load_global.9, args=[Var(point_x, final_2D_robust_multidimarr.py:47), Var(point_y, final_2D_robust_multidimarr.py:48), Var(b_x, final_2D_robust_multidimarr.py:57), Var(b_y, final_2D_robust_multidimarr.py:58), Var(a_x, final_2D_robust_multidimarr.py:55), Var(a_y, final_2D_robust_multidimarr.py:56), Var(splitter, final_2D_robust_multidimarr.py:34), Var(B, final_2D_robust_multidimarr.py:34), Var(C1, final_2D_robust_multidimarr.py:34), Var(C2, final_2D_robust_multidimarr.py:34), Var(D, final_2D_robust_multidimarr.py:34), Var(u, final_2D_robust_multidimarr.py:34), Var(ccwerrboundA, final_2D_robust_multidimarr.py:34), Var(ccwerrboundB, final_2D_robust_multidimarr.py:34), Var(ccwerrboundC, final_2D_robust_multidimarr.py:34), Var(resulterrbound, final_2D_robust_multidimarr.py:34), Var(det, final_2D_robust_multidimarr.py:64), Var(detsum, final_2D_robust_multidimarr.py:67)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64, float64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, float64) -> Tuple(float64, int64)
|
del detsum
|
del b_y
|
del b_x
|
del a_y
|
del a_x
|
del $644load_global.9
|
$684unpack_sequence.31 = exhaust_iter(value=$682call_function.28, count=2) :: Tuple(float64, int64)
|
del $682call_function.28
|
$684unpack_sequence.29 = static_getitem(value=$684unpack_sequence.31, index=0, index_var=None) :: float64
|
$684unpack_sequence.30 = static_getitem(value=$684unpack_sequence.31, index=1, index_var=None) :: int64
|
del $684unpack_sequence.31
|
det = $684unpack_sequence.29 :: float64
|
del $684unpack_sequence.29
|
num = $684unpack_sequence.30 :: int64
|
del $684unpack_sequence.30
|
100:
orient2d_count[num] += 1
jump 690
|
label 690
|
del det_right
|
del det_left
|
del b_y
|
del b_x
|
del a_y
|
del a_x
|
del $618compare_op.23
|
$696binary_subscr.4 = getitem(value=orient2d_count, index=num) :: int64
|
$const698.5 = const(int, 1) :: Literal[int](1)
|
$700inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=$696binary_subscr.4, rhs=$const698.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const698.5
|
del $696binary_subscr.4
|
orient2d_count[num] = $700inplace_add.6 :: (array(int64, 1d, C), int64, int64) -> none
|
del num
|
del $700inplace_add.6
|
101:
if det > 0:
$const708.8 = const(int, 0) :: Literal[int](0)
|
$710compare_op.9 = det > $const708.8 :: bool
|
del det
|
del $const708.8
|
branch $710compare_op.9, 716, 720
|
102:
t_op_index_in_t = 2
label 716
|
del $710compare_op.9
|
$const716.0 = const(int, 2) :: Literal[int](2)
|
t_op_index_in_t = $const716.0 :: int64
|
del $const716.0
|
103:
104:
if t_op_index_in_t != 4:
jump 720
|
label 720
|
del $710compare_op.9
|
$const722.1 = const(int, 4) :: Literal[int](4)
|
$724compare_op.2 = t_op_index_in_t != $const722.1 :: bool
|
del $const722.1
|
branch $724compare_op.2, 730, 748
|
105:
t_index = neighbour_ID[t_index, t_op_index_in_t]//3
label 730
|
del $724compare_op.2
|
$736build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var(t_op_index_in_t, final_2D_robust_multidimarr.py:53)]) :: UniTuple(int64 x 2)
|
del t_op_index_in_t
|
$738binary_subscr.4 = getitem(value=neighbour_ID, index=$736build_tuple.3) :: int64
|
del $736build_tuple.3
|
$const740.5 = const(int, 3) :: Literal[int](3)
|
$742binary_floor_divide.6 = $738binary_subscr.4 // $const740.5 :: int64
|
del $const740.5
|
del $738binary_subscr.4
|
t_index = $742binary_floor_divide.6 :: int64
|
del $742binary_floor_divide.6
|
jump 750
|
106:
else:
107:
# point_id lies inside t_index
108:
break
label 748
|
del vertices_ID
|
del u
|
del t_op_index_in_t
|
del static_filter_o2d
|
del splitter
|
del resulterrbound
|
del points
|
del point_y
|
del point_x
|
del orient2d_count
|
del neighbour_ID
|
del gv
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del D
|
del C2
|
del C1
|
del B
|
del $724compare_op.2
|
jump 816
|
109:
110:
if vertices_ID[t_index, 0] == gv:
label 750
|
$const754.2 = const(int, 0) :: Literal[int](0)
|
$756build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const754.2, final_2D_robust_multidimarr.py:110)]) :: Tuple(int64, Literal[int](0))
|
del $const754.2
|
$758binary_subscr.4 = getitem(value=vertices_ID, index=$756build_tuple.3) :: int64
|
del $756build_tuple.3
|
$762compare_op.6 = $758binary_subscr.4 == gv :: bool
|
del $758binary_subscr.4
|
branch $762compare_op.6, 768, 772
|
111:
break
label 768
|
del vertices_ID
|
del u
|
del static_filter_o2d
|
del splitter
|
del resulterrbound
|
del points
|
del point_y
|
del point_x
|
del orient2d_count
|
del neighbour_ID
|
del gv
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del D
|
del C2
|
del C1
|
del B
|
del $762compare_op.6
|
jump 816
|
112:
elif vertices_ID[t_index, 1] == gv:
label 772
|
del $762compare_op.6
|
$const776.2 = const(int, 1) :: Literal[int](1)
|
$778build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const776.2, final_2D_robust_multidimarr.py:112)]) :: Tuple(int64, Literal[int](1))
|
del $const776.2
|
$780binary_subscr.4 = getitem(value=vertices_ID, index=$778build_tuple.3) :: int64
|
del $778build_tuple.3
|
$784compare_op.6 = $780binary_subscr.4 == gv :: bool
|
del $780binary_subscr.4
|
branch $784compare_op.6, 790, 794
|
113:
break
label 790
|
del vertices_ID
|
del u
|
del static_filter_o2d
|
del splitter
|
del resulterrbound
|
del points
|
del point_y
|
del point_x
|
del orient2d_count
|
del neighbour_ID
|
del gv
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del D
|
del C2
|
del C1
|
del B
|
del $784compare_op.6
|
jump 816
|
114:
elif vertices_ID[t_index, 2] == gv:
label 794
|
del $784compare_op.6
|
$const798.2 = const(int, 2) :: Literal[int](2)
|
$800build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:34), Var($const798.2, final_2D_robust_multidimarr.py:114)]) :: Tuple(int64, Literal[int](2))
|
del $const798.2
|
$802binary_subscr.4 = getitem(value=vertices_ID, index=$800build_tuple.3) :: int64
|
del $800build_tuple.3
|
$806compare_op.6 = $802binary_subscr.4 == gv :: bool
|
del $802binary_subscr.4
|
branch $806compare_op.6, 810, 122
|
115:
break
label 810
|
del vertices_ID
|
del u
|
del static_filter_o2d
|
del splitter
|
del resulterrbound
|
del points
|
del point_y
|
del point_x
|
del orient2d_count
|
del neighbour_ID
|
del gv
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del D
|
del C2
|
del C1
|
del B
|
del $806compare_op.6
|
jump 816
|
116:
117:
return t_index
label 816
|
$818return_value.1 = cast(value=t_index) :: int64
|
del t_index
|
return $818return_value.1
|
100:
@njit
| ||||||||||||||
101:
def Two_Product_Presplit(a, b, bhi, blo, splitter):
| ||||||||||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
b = arg(1, name=b) :: float64
|
bhi = arg(2, name=bhi) :: float64
|
blo = arg(3, name=blo) :: float64
|
splitter = arg(4, name=splitter) :: float64
|
$6binary_multiply.2 = a * b :: float64
|
del b
|
x = $6binary_multiply.2 :: float64
|
del $6binary_multiply.2
|
103:
ahi, alo = Split(a, splitter)
$10load_global.3 = global(Split: CPUDispatcher(<function Split at 0x7f51d4cb2560>)) :: type(CPUDispatcher(<function Split at 0x7f51d4cb2560>))
|
$16call_function.6 = call $10load_global.3(a, splitter, func=$10load_global.3, args=[Var(a, adaptive_predicates.py:102), Var(splitter, adaptive_predicates.py:102)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del splitter
|
del a
|
del $10load_global.3
|
$18unpack_sequence.9 = exhaust_iter(value=$16call_function.6, count=2) :: UniTuple(float64 x 2)
|
del $16call_function.6
|
$18unpack_sequence.7 = static_getitem(value=$18unpack_sequence.9, index=0, index_var=None) :: float64
|
$18unpack_sequence.8 = static_getitem(value=$18unpack_sequence.9, index=1, index_var=None) :: float64
|
del $18unpack_sequence.9
|
ahi = $18unpack_sequence.7 :: float64
|
del $18unpack_sequence.7
|
alo = $18unpack_sequence.8 :: float64
|
del $18unpack_sequence.8
|
104:
err1 = x - (ahi * bhi)
$30binary_multiply.13 = ahi * bhi :: float64
|
$32binary_subtract.14 = x - $30binary_multiply.13 :: float64
|
del $30binary_multiply.13
|
err1 = $32binary_subtract.14 :: float64
|
del $32binary_subtract.14
|
105:
err2 = err1 - (alo * bhi)
$42binary_multiply.18 = alo * bhi :: float64
|
del bhi
|
$44binary_subtract.19 = err1 - $42binary_multiply.18 :: float64
|
del err1
|
del $42binary_multiply.18
|
err2 = $44binary_subtract.19 :: float64
|
del $44binary_subtract.19
|
106:
err3 = err2 - (ahi * blo)
$54binary_multiply.23 = ahi * blo :: float64
|
del ahi
|
$56binary_subtract.24 = err2 - $54binary_multiply.23 :: float64
|
del err2
|
del $54binary_multiply.23
|
err3 = $56binary_subtract.24 :: float64
|
del $56binary_subtract.24
|
107:
y = (alo * blo) - err3
$64binary_multiply.27 = alo * blo :: float64
|
del blo
|
del alo
|
$68binary_subtract.29 = $64binary_multiply.27 - err3 :: float64
|
del err3
|
del $64binary_multiply.27
|
y = $68binary_subtract.29 :: float64
|
del $68binary_subtract.29
|
108:
return x, y
$76build_tuple.32 = build_tuple(items=[Var(x, adaptive_predicates.py:102), Var(y, adaptive_predicates.py:107)]) :: UniTuple(float64 x 2)
|
del y
|
del x
|
$78return_value.33 = cast(value=$76build_tuple.32) :: UniTuple(float64 x 2)
|
del $76build_tuple.32
|
return $78return_value.33
|
909:
@njit
| |||||||||||||||||||||||||||||||
910:
def scale_expansion_zeroelim(elen, e, b, h, splitter):
| |||||||||||||||||||||||||||||||
911:
# e and h cannot be the same.
| |||||||||||||||||||||||||||||||
912:
| |||||||||||||||||||||||||||||||
|
label 0
|
elen = arg(0, name=elen) :: Literal[int](4)
|
e = arg(1, name=e) :: array(float64, 1d, C)
|
b = arg(2, name=b) :: float64
|
h = arg(3, name=h) :: array(float64, 1d, C)
|
splitter = arg(4, name=splitter) :: float64
|
$2load_global.0 = global(Split: CPUDispatcher(<function Split at 0x7f51d4cb2560>)) :: type(CPUDispatcher(<function Split at 0x7f51d4cb2560>))
|
$8call_function.3 = call $2load_global.0(b, splitter, func=$2load_global.0, args=[Var(b, adaptive_predicates.py:913), Var(splitter, adaptive_predicates.py:913)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $2load_global.0
|
$10unpack_sequence.6 = exhaust_iter(value=$8call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $8call_function.3
|
$10unpack_sequence.4 = static_getitem(value=$10unpack_sequence.6, index=0, index_var=None) :: float64
|
$10unpack_sequence.5 = static_getitem(value=$10unpack_sequence.6, index=1, index_var=None) :: float64
|
del $10unpack_sequence.6
|
bhi = $10unpack_sequence.4 :: float64
|
del $10unpack_sequence.4
|
blo = $10unpack_sequence.5 :: float64
|
del $10unpack_sequence.5
|
914:
Q, hh = Two_Product_Presplit(e[0], b, bhi, blo, splitter)
$16load_global.7 = global(Two_Product_Presplit: CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>)) :: type(CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>))
|
$const20.9 = const(int, 0) :: Literal[int](0)
|
$22binary_subscr.10 = static_getitem(value=e, index=0, index_var=$const20.9) :: float64
|
del $const20.9
|
$32call_function.15 = call $16load_global.7($22binary_subscr.10, b, bhi, blo, splitter, func=$16load_global.7, args=[Var($22binary_subscr.10, adaptive_predicates.py:914), Var(b, adaptive_predicates.py:913), Var(bhi, adaptive_predicates.py:913), Var(blo, adaptive_predicates.py:913), Var(splitter, adaptive_predicates.py:913)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64) -> UniTuple(float64 x 2)
|
del $22binary_subscr.10
|
del $16load_global.7
|
$34unpack_sequence.18 = exhaust_iter(value=$32call_function.15, count=2) :: UniTuple(float64 x 2)
|
del $32call_function.15
|
$34unpack_sequence.16 = static_getitem(value=$34unpack_sequence.18, index=0, index_var=None) :: float64
|
$34unpack_sequence.17 = static_getitem(value=$34unpack_sequence.18, index=1, index_var=None) :: float64
|
del $34unpack_sequence.18
|
Q = $34unpack_sequence.16 :: float64
|
del $34unpack_sequence.16
|
hh = $34unpack_sequence.17 :: float64
|
del $34unpack_sequence.17
|
915:
hindex = 0
$const40.19 = const(int, 0) :: Literal[int](0)
|
hindex = $const40.19 :: int64
|
del $const40.19
|
916:
if hh != 0:
$const46.21 = const(int, 0) :: Literal[int](0)
|
$48compare_op.22 = hh != $const46.21 :: bool
|
del $const46.21
|
branch $48compare_op.22, 52, 68
|
917:
h[hindex] = hh
label 52
|
del $48compare_op.22
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
918:
hindex += 1
$const62.4 = const(int, 1) :: Literal[int](1)
|
$64inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const62.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const62.4
|
hindex = $64inplace_add.5 :: int64
|
del $64inplace_add.5
|
919:
920:
for eindex in range(1, elen):
jump 68
|
label 68
|
del hh
|
del $48compare_op.22
|
$70load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const72.1 = const(int, 1) :: Literal[int](1)
|
$76call_function.3 = call $70load_global.0($const72.1, elen, func=$70load_global.0, args=[Var($const72.1, adaptive_predicates.py:920), Var(elen, adaptive_predicates.py:913)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del elen
|
del $const72.1
|
del $70load_global.0
|
$78get_iter.4 = getiter(value=$76call_function.3) :: range_iter_int64
|
del $76call_function.3
|
$phi80.0 = $78get_iter.4 :: range_iter_int64
|
del $78get_iter.4
|
jump 80
|
label 80
|
$80for_iter.1 = iternext(value=$phi80.0) :: pair<int64, bool>
|
$80for_iter.2 = pair_first(value=$80for_iter.1) :: int64
|
$80for_iter.3 = pair_second(value=$80for_iter.1) :: bool
|
del $80for_iter.1
|
$phi82.1 = $80for_iter.2 :: int64
|
del $80for_iter.2
|
branch $80for_iter.3, 82, 190
|
label 82
|
del $80for_iter.3
|
eindex = $phi82.1 :: int64
|
del $phi82.1
|
label 225
|
del hh
|
del $168compare_op.10
|
jump 80
|
921:
enow = e[eindex]
$88binary_subscr.4 = getitem(value=e, index=eindex) :: float64
|
del eindex
|
enow = $88binary_subscr.4 :: float64
|
del $88binary_subscr.4
|
922:
product1, product0 = Two_Product_Presplit(enow, b, bhi, blo, splitter)
$92load_global.5 = global(Two_Product_Presplit: CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>)) :: type(CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>))
|
$104call_function.11 = call $92load_global.5(enow, b, bhi, blo, splitter, func=$92load_global.5, args=[Var(enow, adaptive_predicates.py:921), Var(b, adaptive_predicates.py:913), Var(bhi, adaptive_predicates.py:913), Var(blo, adaptive_predicates.py:913), Var(splitter, adaptive_predicates.py:913)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64) -> UniTuple(float64 x 2)
|
del enow
|
del $92load_global.5
|
$106unpack_sequence.14 = exhaust_iter(value=$104call_function.11, count=2) :: UniTuple(float64 x 2)
|
del $104call_function.11
|
$106unpack_sequence.12 = static_getitem(value=$106unpack_sequence.14, index=0, index_var=None) :: float64
|
$106unpack_sequence.13 = static_getitem(value=$106unpack_sequence.14, index=1, index_var=None) :: float64
|
del $106unpack_sequence.14
|
product1 = $106unpack_sequence.12 :: float64
|
del $106unpack_sequence.12
|
product0 = $106unpack_sequence.13 :: float64
|
del $106unpack_sequence.13
|
923:
sum_, hh = Two_Sum(Q, product0)
$112load_global.15 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$118call_function.18 = call $112load_global.15(Q, product0, func=$112load_global.15, args=[Var(Q, adaptive_predicates.py:914), Var(product0, adaptive_predicates.py:922)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del product0
|
del Q
|
del $112load_global.15
|
$120unpack_sequence.21 = exhaust_iter(value=$118call_function.18, count=2) :: UniTuple(float64 x 2)
|
del $118call_function.18
|
$120unpack_sequence.19 = static_getitem(value=$120unpack_sequence.21, index=0, index_var=None) :: float64
|
$120unpack_sequence.20 = static_getitem(value=$120unpack_sequence.21, index=1, index_var=None) :: float64
|
del $120unpack_sequence.21
|
sum_ = $120unpack_sequence.19 :: float64
|
del $120unpack_sequence.19
|
hh = $120unpack_sequence.20 :: float64
|
del $120unpack_sequence.20
|
924:
if hh != 0:
$const128.23 = const(int, 0) :: Literal[int](0)
|
$130compare_op.24 = hh != $const128.23 :: bool
|
del $const128.23
|
branch $130compare_op.24, 134, 150
|
925:
h[hindex] = hh
label 134
|
del $130compare_op.24
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
926:
hindex += 1
$const144.5 = const(int, 1) :: Literal[int](1)
|
$146inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const144.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const144.5
|
hindex = $146inplace_add.6 :: int64
|
del $146inplace_add.6
|
927:
Q, hh = Fast_Two_Sum(product1, sum_)
jump 150
|
label 150
|
del $130compare_op.24
|
$150load_global.1 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$156call_function.4 = call $150load_global.1(product1, sum_, func=$150load_global.1, args=[Var(product1, adaptive_predicates.py:922), Var(sum_, adaptive_predicates.py:923)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del sum_
|
del product1
|
del $150load_global.1
|
$158unpack_sequence.7 = exhaust_iter(value=$156call_function.4, count=2) :: UniTuple(float64 x 2)
|
del $156call_function.4
|
$158unpack_sequence.5 = static_getitem(value=$158unpack_sequence.7, index=0, index_var=None) :: float64
|
$158unpack_sequence.6 = static_getitem(value=$158unpack_sequence.7, index=1, index_var=None) :: float64
|
del $158unpack_sequence.7
|
Q = $158unpack_sequence.5 :: float64
|
del $158unpack_sequence.5
|
hh = $158unpack_sequence.6 :: float64
|
del $158unpack_sequence.6
|
928:
if hh != 0:
$const166.9 = const(int, 0) :: Literal[int](0)
|
$168compare_op.10 = hh != $const166.9 :: bool
|
del $const166.9
|
branch $168compare_op.10, 172, 225
|
929:
h[hindex] = hh
label 172
|
del $168compare_op.10
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
930:
hindex += 1
$const182.5 = const(int, 1) :: Literal[int](1)
|
$184inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const182.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const182.5
|
hindex = $184inplace_add.6 :: int64
|
del $184inplace_add.6
|
jump 225
|
label 190
|
931:
932:
if (Q != 0.0) or (hindex == 0):
del splitter
|
del e
|
del blo
|
del bhi
|
del b
|
del $phi82.1
|
del $phi80.0
|
del $80for_iter.3
|
jump 192
|
label 192
|
$const194.1 = const(float, 0.0) :: float64
|
$196compare_op.2 = Q != $const194.1 :: bool
|
del $const194.1
|
branch $196compare_op.2, 208, 200
|
label 200
|
del $196compare_op.2
|
$const202.1 = const(int, 0) :: Literal[int](0)
|
$204compare_op.2 = hindex == $const202.1 :: bool
|
del $const202.1
|
branch $204compare_op.2, 208, 224
|
933:
h[hindex] = Q
label 208
|
del $204compare_op.2
|
del $196compare_op.2
|
h[hindex] = Q :: (array(float64, 1d, C), int64, float64) -> none
|
del h
|
del Q
|
934:
hindex += 1
$const218.4 = const(int, 1) :: Literal[int](1)
|
$220inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const218.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const218.4
|
hindex = $220inplace_add.5 :: int64
|
del $220inplace_add.5
|
935:
936:
return hindex
jump 224
|
label 224
|
del h
|
del Q
|
del $204compare_op.2
|
$226return_value.1 = cast(value=hindex) :: int64
|
del hindex
|
return $226return_value.1
|
909:
@njit
| |||||||||||||||||||||||||||||||
910:
def scale_expansion_zeroelim(elen, e, b, h, splitter):
| |||||||||||||||||||||||||||||||
911:
# e and h cannot be the same.
| |||||||||||||||||||||||||||||||
912:
| |||||||||||||||||||||||||||||||
|
label 0
|
elen = arg(0, name=elen) :: int64
|
e = arg(1, name=e) :: array(float64, 1d, C)
|
b = arg(2, name=b) :: float64
|
h = arg(3, name=h) :: array(float64, 1d, C)
|
splitter = arg(4, name=splitter) :: float64
|
$2load_global.0 = global(Split: CPUDispatcher(<function Split at 0x7f51d4cb2560>)) :: type(CPUDispatcher(<function Split at 0x7f51d4cb2560>))
|
$8call_function.3 = call $2load_global.0(b, splitter, func=$2load_global.0, args=[Var(b, adaptive_predicates.py:913), Var(splitter, adaptive_predicates.py:913)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $2load_global.0
|
$10unpack_sequence.6 = exhaust_iter(value=$8call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $8call_function.3
|
$10unpack_sequence.4 = static_getitem(value=$10unpack_sequence.6, index=0, index_var=None) :: float64
|
$10unpack_sequence.5 = static_getitem(value=$10unpack_sequence.6, index=1, index_var=None) :: float64
|
del $10unpack_sequence.6
|
bhi = $10unpack_sequence.4 :: float64
|
del $10unpack_sequence.4
|
blo = $10unpack_sequence.5 :: float64
|
del $10unpack_sequence.5
|
914:
Q, hh = Two_Product_Presplit(e[0], b, bhi, blo, splitter)
$16load_global.7 = global(Two_Product_Presplit: CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>)) :: type(CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>))
|
$const20.9 = const(int, 0) :: Literal[int](0)
|
$22binary_subscr.10 = static_getitem(value=e, index=0, index_var=$const20.9) :: float64
|
del $const20.9
|
$32call_function.15 = call $16load_global.7($22binary_subscr.10, b, bhi, blo, splitter, func=$16load_global.7, args=[Var($22binary_subscr.10, adaptive_predicates.py:914), Var(b, adaptive_predicates.py:913), Var(bhi, adaptive_predicates.py:913), Var(blo, adaptive_predicates.py:913), Var(splitter, adaptive_predicates.py:913)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64) -> UniTuple(float64 x 2)
|
del $22binary_subscr.10
|
del $16load_global.7
|
$34unpack_sequence.18 = exhaust_iter(value=$32call_function.15, count=2) :: UniTuple(float64 x 2)
|
del $32call_function.15
|
$34unpack_sequence.16 = static_getitem(value=$34unpack_sequence.18, index=0, index_var=None) :: float64
|
$34unpack_sequence.17 = static_getitem(value=$34unpack_sequence.18, index=1, index_var=None) :: float64
|
del $34unpack_sequence.18
|
Q = $34unpack_sequence.16 :: float64
|
del $34unpack_sequence.16
|
hh = $34unpack_sequence.17 :: float64
|
del $34unpack_sequence.17
|
915:
hindex = 0
$const40.19 = const(int, 0) :: Literal[int](0)
|
hindex = $const40.19 :: int64
|
del $const40.19
|
916:
if hh != 0:
$const46.21 = const(int, 0) :: Literal[int](0)
|
$48compare_op.22 = hh != $const46.21 :: bool
|
del $const46.21
|
branch $48compare_op.22, 52, 68
|
917:
h[hindex] = hh
label 52
|
del $48compare_op.22
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
918:
hindex += 1
$const62.4 = const(int, 1) :: Literal[int](1)
|
$64inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const62.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const62.4
|
hindex = $64inplace_add.5 :: int64
|
del $64inplace_add.5
|
919:
920:
for eindex in range(1, elen):
jump 68
|
label 68
|
del hh
|
del $48compare_op.22
|
$70load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const72.1 = const(int, 1) :: Literal[int](1)
|
$76call_function.3 = call $70load_global.0($const72.1, elen, func=$70load_global.0, args=[Var($const72.1, adaptive_predicates.py:920), Var(elen, adaptive_predicates.py:913)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del elen
|
del $const72.1
|
del $70load_global.0
|
$78get_iter.4 = getiter(value=$76call_function.3) :: range_iter_int64
|
del $76call_function.3
|
$phi80.0 = $78get_iter.4 :: range_iter_int64
|
del $78get_iter.4
|
jump 80
|
label 80
|
$80for_iter.1 = iternext(value=$phi80.0) :: pair<int64, bool>
|
$80for_iter.2 = pair_first(value=$80for_iter.1) :: int64
|
$80for_iter.3 = pair_second(value=$80for_iter.1) :: bool
|
del $80for_iter.1
|
$phi82.1 = $80for_iter.2 :: int64
|
del $80for_iter.2
|
branch $80for_iter.3, 82, 190
|
label 82
|
del $80for_iter.3
|
eindex = $phi82.1 :: int64
|
del $phi82.1
|
label 225
|
del hh
|
del $168compare_op.10
|
jump 80
|
921:
enow = e[eindex]
$88binary_subscr.4 = getitem(value=e, index=eindex) :: float64
|
del eindex
|
enow = $88binary_subscr.4 :: float64
|
del $88binary_subscr.4
|
922:
product1, product0 = Two_Product_Presplit(enow, b, bhi, blo, splitter)
$92load_global.5 = global(Two_Product_Presplit: CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>)) :: type(CPUDispatcher(<function Two_Product_Presplit at 0x7f51d4cb2dd0>))
|
$104call_function.11 = call $92load_global.5(enow, b, bhi, blo, splitter, func=$92load_global.5, args=[Var(enow, adaptive_predicates.py:921), Var(b, adaptive_predicates.py:913), Var(bhi, adaptive_predicates.py:913), Var(blo, adaptive_predicates.py:913), Var(splitter, adaptive_predicates.py:913)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64) -> UniTuple(float64 x 2)
|
del enow
|
del $92load_global.5
|
$106unpack_sequence.14 = exhaust_iter(value=$104call_function.11, count=2) :: UniTuple(float64 x 2)
|
del $104call_function.11
|
$106unpack_sequence.12 = static_getitem(value=$106unpack_sequence.14, index=0, index_var=None) :: float64
|
$106unpack_sequence.13 = static_getitem(value=$106unpack_sequence.14, index=1, index_var=None) :: float64
|
del $106unpack_sequence.14
|
product1 = $106unpack_sequence.12 :: float64
|
del $106unpack_sequence.12
|
product0 = $106unpack_sequence.13 :: float64
|
del $106unpack_sequence.13
|
923:
sum_, hh = Two_Sum(Q, product0)
$112load_global.15 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$118call_function.18 = call $112load_global.15(Q, product0, func=$112load_global.15, args=[Var(Q, adaptive_predicates.py:914), Var(product0, adaptive_predicates.py:922)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del product0
|
del Q
|
del $112load_global.15
|
$120unpack_sequence.21 = exhaust_iter(value=$118call_function.18, count=2) :: UniTuple(float64 x 2)
|
del $118call_function.18
|
$120unpack_sequence.19 = static_getitem(value=$120unpack_sequence.21, index=0, index_var=None) :: float64
|
$120unpack_sequence.20 = static_getitem(value=$120unpack_sequence.21, index=1, index_var=None) :: float64
|
del $120unpack_sequence.21
|
sum_ = $120unpack_sequence.19 :: float64
|
del $120unpack_sequence.19
|
hh = $120unpack_sequence.20 :: float64
|
del $120unpack_sequence.20
|
924:
if hh != 0:
$const128.23 = const(int, 0) :: Literal[int](0)
|
$130compare_op.24 = hh != $const128.23 :: bool
|
del $const128.23
|
branch $130compare_op.24, 134, 150
|
925:
h[hindex] = hh
label 134
|
del $130compare_op.24
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
926:
hindex += 1
$const144.5 = const(int, 1) :: Literal[int](1)
|
$146inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const144.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const144.5
|
hindex = $146inplace_add.6 :: int64
|
del $146inplace_add.6
|
927:
Q, hh = Fast_Two_Sum(product1, sum_)
jump 150
|
label 150
|
del $130compare_op.24
|
$150load_global.1 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$156call_function.4 = call $150load_global.1(product1, sum_, func=$150load_global.1, args=[Var(product1, adaptive_predicates.py:922), Var(sum_, adaptive_predicates.py:923)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del sum_
|
del product1
|
del $150load_global.1
|
$158unpack_sequence.7 = exhaust_iter(value=$156call_function.4, count=2) :: UniTuple(float64 x 2)
|
del $156call_function.4
|
$158unpack_sequence.5 = static_getitem(value=$158unpack_sequence.7, index=0, index_var=None) :: float64
|
$158unpack_sequence.6 = static_getitem(value=$158unpack_sequence.7, index=1, index_var=None) :: float64
|
del $158unpack_sequence.7
|
Q = $158unpack_sequence.5 :: float64
|
del $158unpack_sequence.5
|
hh = $158unpack_sequence.6 :: float64
|
del $158unpack_sequence.6
|
928:
if hh != 0:
$const166.9 = const(int, 0) :: Literal[int](0)
|
$168compare_op.10 = hh != $const166.9 :: bool
|
del $const166.9
|
branch $168compare_op.10, 172, 225
|
929:
h[hindex] = hh
label 172
|
del $168compare_op.10
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
930:
hindex += 1
$const182.5 = const(int, 1) :: Literal[int](1)
|
$184inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const182.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const182.5
|
hindex = $184inplace_add.6 :: int64
|
del $184inplace_add.6
|
jump 225
|
label 190
|
931:
932:
if (Q != 0.0) or (hindex == 0):
del splitter
|
del e
|
del blo
|
del bhi
|
del b
|
del $phi82.1
|
del $phi80.0
|
del $80for_iter.3
|
jump 192
|
label 192
|
$const194.1 = const(float, 0.0) :: float64
|
$196compare_op.2 = Q != $const194.1 :: bool
|
del $const194.1
|
branch $196compare_op.2, 208, 200
|
label 200
|
del $196compare_op.2
|
$const202.1 = const(int, 0) :: Literal[int](0)
|
$204compare_op.2 = hindex == $const202.1 :: bool
|
del $const202.1
|
branch $204compare_op.2, 208, 224
|
933:
h[hindex] = Q
label 208
|
del $204compare_op.2
|
del $196compare_op.2
|
h[hindex] = Q :: (array(float64, 1d, C), int64, float64) -> none
|
del h
|
del Q
|
934:
hindex += 1
$const218.4 = const(int, 1) :: Literal[int](1)
|
$220inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const218.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const218.4
|
hindex = $220inplace_add.5 :: int64
|
del $220inplace_add.5
|
935:
936:
return hindex
jump 224
|
label 224
|
del h
|
del Q
|
del $204compare_op.2
|
$226return_value.1 = cast(value=hindex) :: int64
|
del hindex
|
return $226return_value.1
|
670:
@njit
| |||||||||||||||||
671:
def fast_expansion_sum_zeroelim(elen, e, flen, f, h):
| |||||||||||||||||
672:
# h cannot be e or f.
| |||||||||||||||||
673:
| |||||||||||||||||
|
label 0
|
elen = arg(0, name=elen) :: int64
|
e = arg(1, name=e) :: array(float64, 1d, C)
|
flen = arg(2, name=flen) :: int64
|
f = arg(3, name=f) :: array(float64, 1d, C)
|
h = arg(4, name=h) :: array(float64, 1d, C)
|
$const4.1 = const(int, 0) :: Literal[int](0)
|
$6binary_subscr.2 = static_getitem(value=e, index=0, index_var=$const4.1) :: float64
|
del $const4.1
|
enow = $6binary_subscr.2 :: float64
|
del $6binary_subscr.2
|
675:
fnow = f[0]
$const12.4 = const(int, 0) :: Literal[int](0)
|
$14binary_subscr.5 = static_getitem(value=f, index=0, index_var=$const12.4) :: float64
|
del $const12.4
|
fnow = $14binary_subscr.5 :: float64
|
del $14binary_subscr.5
|
676:
eindex = 0
$const18.6 = const(int, 0) :: Literal[int](0)
|
eindex = $const18.6 :: int64
|
del $const18.6
|
677:
findex = 0
$const22.7 = const(int, 0) :: Literal[int](0)
|
findex = $const22.7 :: int64
|
del $const22.7
|
678:
if (fnow > enow) == (fnow > -enow):
$30compare_op.10 = fnow > enow :: bool
|
$36unary_negative.13 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$38compare_op.14 = fnow > $36unary_negative.13 :: bool
|
del $36unary_negative.13
|
$40compare_op.15 = $30compare_op.10 == $38compare_op.14 :: bool
|
del $38compare_op.14
|
del $30compare_op.10
|
branch $40compare_op.15, 44, 66
|
679:
Q = enow
label 44
|
del $40compare_op.15
|
Q = enow :: float64
|
680:
eindex += 1
$const50.2 = const(int, 1) :: Literal[int](1)
|
$52inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const50.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const50.2
|
eindex = $52inplace_add.3 :: int64
|
del $52inplace_add.3
|
681:
enow = e[eindex]
$60binary_subscr.6 = getitem(value=e, index=eindex) :: float64
|
enow = $60binary_subscr.6 :: float64
|
del $60binary_subscr.6
|
jump 86
|
682:
else:
683:
Q = fnow
label 66
|
del $40compare_op.15
|
Q = fnow :: float64
|
684:
findex += 1
$const72.2 = const(int, 1) :: Literal[int](1)
|
$74inplace_add.3 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const72.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const72.2
|
findex = $74inplace_add.3 :: int64
|
del $74inplace_add.3
|
685:
fnow = f[findex]
$82binary_subscr.6 = getitem(value=f, index=findex) :: float64
|
fnow = $82binary_subscr.6 :: float64
|
del $82binary_subscr.6
|
686:
687:
hindex = 0
jump 86
|
label 86
|
$const86.0 = const(int, 0) :: Literal[int](0)
|
hindex = $const86.0 :: int64
|
del $const86.0
|
688:
if (eindex < elen) and (findex < flen):
$94compare_op.3 = eindex < elen :: bool
|
branch $94compare_op.3, 100, 346
|
label 100
|
del $94compare_op.3
|
$104compare_op.2 = findex < flen :: bool
|
branch $104compare_op.2, 110, 346
|
689:
if (fnow > enow) == (fnow > -enow):
label 110
|
del $104compare_op.2
|
$114compare_op.2 = fnow > enow :: bool
|
$120unary_negative.5 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$122compare_op.6 = fnow > $120unary_negative.5 :: bool
|
del $120unary_negative.5
|
$124compare_op.7 = $114compare_op.2 == $122compare_op.6 :: bool
|
del $122compare_op.6
|
del $114compare_op.2
|
branch $124compare_op.7, 128, 160
|
690:
Q, hh = Fast_Two_Sum(enow, Q)
label 128
|
del $124compare_op.7
|
$128load_global.0 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$134call_function.3 = call $128load_global.0(enow, Q, func=$128load_global.0, args=[Var(enow, adaptive_predicates.py:674), Var(Q, adaptive_predicates.py:679)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $128load_global.0
|
$136unpack_sequence.6 = exhaust_iter(value=$134call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $134call_function.3
|
$136unpack_sequence.4 = static_getitem(value=$136unpack_sequence.6, index=0, index_var=None) :: float64
|
$136unpack_sequence.5 = static_getitem(value=$136unpack_sequence.6, index=1, index_var=None) :: float64
|
del $136unpack_sequence.6
|
Q = $136unpack_sequence.4 :: float64
|
del $136unpack_sequence.4
|
hh = $136unpack_sequence.5 :: float64
|
del $136unpack_sequence.5
|
691:
eindex += 1
$const144.8 = const(int, 1) :: Literal[int](1)
|
$146inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const144.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const144.8
|
eindex = $146inplace_add.9 :: int64
|
del $146inplace_add.9
|
692:
enow = e[eindex]
$154binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $154binary_subscr.12 :: float64
|
del $154binary_subscr.12
|
jump 190
|
693:
else:
694:
Q, hh = Fast_Two_Sum(fnow, Q)
label 160
|
del $124compare_op.7
|
$160load_global.0 = global(Fast_Two_Sum: CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>)) :: type(CPUDispatcher(<function Fast_Two_Sum at 0x7f51d4cc53b0>))
|
$166call_function.3 = call $160load_global.0(fnow, Q, func=$160load_global.0, args=[Var(fnow, adaptive_predicates.py:675), Var(Q, adaptive_predicates.py:679)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $160load_global.0
|
$168unpack_sequence.6 = exhaust_iter(value=$166call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $166call_function.3
|
$168unpack_sequence.4 = static_getitem(value=$168unpack_sequence.6, index=0, index_var=None) :: float64
|
$168unpack_sequence.5 = static_getitem(value=$168unpack_sequence.6, index=1, index_var=None) :: float64
|
del $168unpack_sequence.6
|
Q = $168unpack_sequence.4 :: float64
|
del $168unpack_sequence.4
|
hh = $168unpack_sequence.5 :: float64
|
del $168unpack_sequence.5
|
695:
findex += 1
$const176.8 = const(int, 1) :: Literal[int](1)
|
$178inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const176.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const176.8
|
findex = $178inplace_add.9 :: int64
|
del $178inplace_add.9
|
696:
fnow = f[findex]
$186binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $186binary_subscr.12 :: float64
|
del $186binary_subscr.12
|
697:
698:
if hh != 0.0:
jump 190
|
label 190
|
$const192.1 = const(float, 0.0) :: float64
|
$194compare_op.2 = hh != $const192.1 :: bool
|
del $const192.1
|
branch $194compare_op.2, 198, 214
|
699:
h[hindex] = hh
label 198
|
del $194compare_op.2
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
700:
hindex += 1
$const208.4 = const(int, 1) :: Literal[int](1)
|
$210inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const208.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const208.4
|
hindex = $210inplace_add.5 :: int64
|
del $210inplace_add.5
|
701:
702:
while (eindex < elen) and (findex < flen):
jump 214
|
label 214
|
del hh
|
del $194compare_op.2
|
jump 216
|
label 216
|
$220compare_op.2 = eindex < elen :: bool
|
branch $220compare_op.2, 226, 344
|
label 226
|
del $220compare_op.2
|
$230compare_op.2 = findex < flen :: bool
|
branch $230compare_op.2, 236, 344
|
label 533
|
del hh
|
del $322compare_op.2
|
jump 216
|
703:
if (fnow > enow) == (fnow > -enow):
label 236
|
del $230compare_op.2
|
$240compare_op.2 = fnow > enow :: bool
|
$246unary_negative.5 = unary(fn=<built-in function neg>, value=enow) :: float64
|
$248compare_op.6 = fnow > $246unary_negative.5 :: bool
|
del $246unary_negative.5
|
$250compare_op.7 = $240compare_op.2 == $248compare_op.6 :: bool
|
del $248compare_op.6
|
del $240compare_op.2
|
branch $250compare_op.7, 256, 288
|
704:
Q, hh = Two_Sum(Q, enow)
label 256
|
del $250compare_op.7
|
$256load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$262call_function.3 = call $256load_global.0(Q, enow, func=$256load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(enow, adaptive_predicates.py:674)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $256load_global.0
|
$264unpack_sequence.6 = exhaust_iter(value=$262call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $262call_function.3
|
$264unpack_sequence.4 = static_getitem(value=$264unpack_sequence.6, index=0, index_var=None) :: float64
|
$264unpack_sequence.5 = static_getitem(value=$264unpack_sequence.6, index=1, index_var=None) :: float64
|
del $264unpack_sequence.6
|
Q = $264unpack_sequence.4 :: float64
|
del $264unpack_sequence.4
|
hh = $264unpack_sequence.5 :: float64
|
del $264unpack_sequence.5
|
705:
eindex += 1
$const272.8 = const(int, 1) :: Literal[int](1)
|
$274inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const272.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const272.8
|
eindex = $274inplace_add.9 :: int64
|
del $274inplace_add.9
|
706:
enow = e[eindex]
$282binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $282binary_subscr.12 :: float64
|
del $282binary_subscr.12
|
jump 318
|
707:
else:
708:
Q, hh = Two_Sum(Q, fnow)
label 288
|
del $250compare_op.7
|
$288load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$294call_function.3 = call $288load_global.0(Q, fnow, func=$288load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(fnow, adaptive_predicates.py:675)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $288load_global.0
|
$296unpack_sequence.6 = exhaust_iter(value=$294call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $294call_function.3
|
$296unpack_sequence.4 = static_getitem(value=$296unpack_sequence.6, index=0, index_var=None) :: float64
|
$296unpack_sequence.5 = static_getitem(value=$296unpack_sequence.6, index=1, index_var=None) :: float64
|
del $296unpack_sequence.6
|
Q = $296unpack_sequence.4 :: float64
|
del $296unpack_sequence.4
|
hh = $296unpack_sequence.5 :: float64
|
del $296unpack_sequence.5
|
709:
findex += 1
$const304.8 = const(int, 1) :: Literal[int](1)
|
$306inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const304.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const304.8
|
findex = $306inplace_add.9 :: int64
|
del $306inplace_add.9
|
710:
fnow = f[findex]
$314binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $314binary_subscr.12 :: float64
|
del $314binary_subscr.12
|
711:
712:
if (hh != 0.0):
jump 318
|
label 318
|
$const320.1 = const(float, 0.0) :: float64
|
$322compare_op.2 = hh != $const320.1 :: bool
|
del $const320.1
|
branch $322compare_op.2, 326, 533
|
713:
h[hindex] = hh
label 326
|
del $322compare_op.2
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
714:
hindex += 1
$const336.4 = const(int, 1) :: Literal[int](1)
|
$338inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const336.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const336.4
|
hindex = $338inplace_add.5 :: int64
|
del $338inplace_add.5
|
jump 533
|
label 344
|
715:
716:
while eindex < elen:
del $230compare_op.2
|
del $220compare_op.2
|
jump 346
|
label 346
|
del $94compare_op.3
|
del $104compare_op.2
|
jump 348
|
label 348
|
$352compare_op.2 = eindex < elen :: bool
|
branch $352compare_op.2, 358, 418
|
label 532
|
del hh
|
del $392compare_op.15
|
jump 348
|
717:
Q, hh = Two_Sum(Q, enow)
label 358
|
del $352compare_op.2
|
$358load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$364call_function.3 = call $358load_global.0(Q, enow, func=$358load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(enow, adaptive_predicates.py:674)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $358load_global.0
|
$366unpack_sequence.6 = exhaust_iter(value=$364call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $364call_function.3
|
$366unpack_sequence.4 = static_getitem(value=$366unpack_sequence.6, index=0, index_var=None) :: float64
|
$366unpack_sequence.5 = static_getitem(value=$366unpack_sequence.6, index=1, index_var=None) :: float64
|
del $366unpack_sequence.6
|
Q = $366unpack_sequence.4 :: float64
|
del $366unpack_sequence.4
|
hh = $366unpack_sequence.5 :: float64
|
del $366unpack_sequence.5
|
718:
eindex += 1
$const374.8 = const(int, 1) :: Literal[int](1)
|
$376inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=eindex, rhs=$const374.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const374.8
|
eindex = $376inplace_add.9 :: int64
|
del $376inplace_add.9
|
719:
enow = e[eindex]
$384binary_subscr.12 = getitem(value=e, index=eindex) :: float64
|
enow = $384binary_subscr.12 :: float64
|
del $384binary_subscr.12
|
720:
if hh != 0.0:
$const390.14 = const(float, 0.0) :: float64
|
$392compare_op.15 = hh != $const390.14 :: bool
|
del $const390.14
|
branch $392compare_op.15, 398, 532
|
721:
h[hindex] = hh
label 398
|
del $392compare_op.15
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
722:
hindex += 1
$const408.4 = const(int, 1) :: Literal[int](1)
|
$410inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const408.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const408.4
|
hindex = $410inplace_add.5 :: int64
|
del $410inplace_add.5
|
jump 532
|
label 418
|
723:
724:
while findex < flen:
del enow
|
del elen
|
del eindex
|
del e
|
del $352compare_op.2
|
jump 420
|
label 420
|
jump 422
|
label 422
|
$426compare_op.2 = findex < flen :: bool
|
branch $426compare_op.2, 432, 492
|
label 531
|
del hh
|
del $466compare_op.15
|
jump 422
|
725:
Q, hh = Two_Sum(Q, fnow)
label 432
|
del $426compare_op.2
|
$432load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$438call_function.3 = call $432load_global.0(Q, fnow, func=$432load_global.0, args=[Var(Q, adaptive_predicates.py:679), Var(fnow, adaptive_predicates.py:675)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $432load_global.0
|
$440unpack_sequence.6 = exhaust_iter(value=$438call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $438call_function.3
|
$440unpack_sequence.4 = static_getitem(value=$440unpack_sequence.6, index=0, index_var=None) :: float64
|
$440unpack_sequence.5 = static_getitem(value=$440unpack_sequence.6, index=1, index_var=None) :: float64
|
del $440unpack_sequence.6
|
Q = $440unpack_sequence.4 :: float64
|
del $440unpack_sequence.4
|
hh = $440unpack_sequence.5 :: float64
|
del $440unpack_sequence.5
|
726:
findex += 1
$const448.8 = const(int, 1) :: Literal[int](1)
|
$450inplace_add.9 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=findex, rhs=$const448.8, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const448.8
|
findex = $450inplace_add.9 :: int64
|
del $450inplace_add.9
|
727:
fnow = f[findex]
$458binary_subscr.12 = getitem(value=f, index=findex) :: float64
|
fnow = $458binary_subscr.12 :: float64
|
del $458binary_subscr.12
|
728:
if hh != 0.0:
$const464.14 = const(float, 0.0) :: float64
|
$466compare_op.15 = hh != $const464.14 :: bool
|
del $const464.14
|
branch $466compare_op.15, 472, 531
|
729:
h[hindex] = hh
label 472
|
del $466compare_op.15
|
h[hindex] = hh :: (array(float64, 1d, C), int64, float64) -> none
|
del hh
|
730:
hindex += 1
$const482.4 = const(int, 1) :: Literal[int](1)
|
$484inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const482.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const482.4
|
hindex = $484inplace_add.5 :: int64
|
del $484inplace_add.5
|
jump 531
|
label 492
|
731:
732:
if (Q != 0.0) or (hindex == 0):
del fnow
|
del flen
|
del findex
|
del f
|
del $426compare_op.2
|
jump 494
|
label 494
|
$const496.1 = const(float, 0.0) :: float64
|
$498compare_op.2 = Q != $const496.1 :: bool
|
del $const496.1
|
branch $498compare_op.2, 514, 504
|
label 504
|
del $498compare_op.2
|
$const506.1 = const(int, 0) :: Literal[int](0)
|
$508compare_op.2 = hindex == $const506.1 :: bool
|
del $const506.1
|
branch $508compare_op.2, 514, 530
|
733:
h[hindex] = Q
label 514
|
del $508compare_op.2
|
del $498compare_op.2
|
h[hindex] = Q :: (array(float64, 1d, C), int64, float64) -> none
|
del h
|
del Q
|
734:
hindex += 1
$const524.4 = const(int, 1) :: Literal[int](1)
|
$526inplace_add.5 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=hindex, rhs=$const524.4, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const524.4
|
hindex = $526inplace_add.5 :: int64
|
del $526inplace_add.5
|
735:
736:
return hindex
jump 530
|
label 530
|
del h
|
del Q
|
del $508compare_op.2
|
$532return_value.1 = cast(value=hindex) :: int64
|
del hindex
|
return $532return_value.1
|
988:
@njit
| |||||||||||||||||||||||||
989:
def estimate(elen, e):
| |||||||||||||||||||||||||
990:
| |||||||||||||||||||||||||
|
label 0
|
elen = arg(0, name=elen) :: int64
|
e = arg(1, name=e) :: array(float64, 1d, C)
|
$const4.1 = const(int, 0) :: Literal[int](0)
|
$6binary_subscr.2 = static_getitem(value=e, index=0, index_var=$const4.1) :: float64
|
del $const4.1
|
Q = $6binary_subscr.2 :: float64
|
del $6binary_subscr.2
|
992:
for eindex in range(1, elen):
jump 10
|
label 10
|
$12load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const14.1 = const(int, 1) :: Literal[int](1)
|
$18call_function.3 = call $12load_global.0($const14.1, elen, func=$12load_global.0, args=[Var($const14.1, adaptive_predicates.py:992), Var(elen, adaptive_predicates.py:991)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del elen
|
del $const14.1
|
del $12load_global.0
|
$20get_iter.4 = getiter(value=$18call_function.3) :: range_iter_int64
|
del $18call_function.3
|
$phi22.0 = $20get_iter.4 :: range_iter_int64
|
del $20get_iter.4
|
jump 22
|
label 22
|
$22for_iter.1 = iternext(value=$phi22.0) :: pair<int64, bool>
|
$22for_iter.2 = pair_first(value=$22for_iter.1) :: int64
|
$22for_iter.3 = pair_second(value=$22for_iter.1) :: bool
|
del $22for_iter.1
|
$phi24.1 = $22for_iter.2 :: int64
|
del $22for_iter.2
|
branch $22for_iter.3, 24, 40
|
label 24
|
del $22for_iter.3
|
eindex = $phi24.1 :: int64
|
del $phi24.1
|
993:
Q += e[eindex]
$32binary_subscr.5 = getitem(value=e, index=eindex) :: float64
|
del eindex
|
$34inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=Q, rhs=$32binary_subscr.5, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
del $32binary_subscr.5
|
Q = $34inplace_add.6 :: float64
|
del $34inplace_add.6
|
jump 22
|
label 40
|
994:
return Q
del e
|
del $phi24.1
|
del $phi22.0
|
del $22for_iter.3
|
jump 42
|
label 42
|
$44return_value.1 = cast(value=Q) :: float64
|
del Q
|
return $44return_value.1
|
126:
@njit
| ||||||||||||||||||
127:
def Square_Tail(a, x, splitter):
| ||||||||||||||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
x = arg(1, name=x) :: float64
|
splitter = arg(2, name=splitter) :: float64
|
$2load_global.0 = global(Split: CPUDispatcher(<function Split at 0x7f51d4cb2560>)) :: type(CPUDispatcher(<function Split at 0x7f51d4cb2560>))
|
$8call_function.3 = call $2load_global.0(a, splitter, func=$2load_global.0, args=[Var(a, adaptive_predicates.py:128), Var(splitter, adaptive_predicates.py:128)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del splitter
|
del a
|
del $2load_global.0
|
$10unpack_sequence.6 = exhaust_iter(value=$8call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $8call_function.3
|
$10unpack_sequence.4 = static_getitem(value=$10unpack_sequence.6, index=0, index_var=None) :: float64
|
$10unpack_sequence.5 = static_getitem(value=$10unpack_sequence.6, index=1, index_var=None) :: float64
|
del $10unpack_sequence.6
|
ahi = $10unpack_sequence.4 :: float64
|
del $10unpack_sequence.4
|
alo = $10unpack_sequence.5 :: float64
|
del $10unpack_sequence.5
|
129:
err1 = x - (ahi * ahi)
$22binary_multiply.10 = ahi * ahi :: float64
|
$24binary_subtract.11 = x - $22binary_multiply.10 :: float64
|
del x
|
del $22binary_multiply.10
|
err1 = $24binary_subtract.11 :: float64
|
del $24binary_subtract.11
|
130:
err3 = err1 - ((ahi + ahi) * alo)
$34binary_add.15 = ahi + ahi :: float64
|
del ahi
|
$38binary_multiply.17 = $34binary_add.15 * alo :: float64
|
del $34binary_add.15
|
$40binary_subtract.18 = err1 - $38binary_multiply.17 :: float64
|
del err1
|
del $38binary_multiply.17
|
err3 = $40binary_subtract.18 :: float64
|
del $40binary_subtract.18
|
131:
y = (alo * alo) - err3
$48binary_multiply.21 = alo * alo :: float64
|
del alo
|
$52binary_subtract.23 = $48binary_multiply.21 - err3 :: float64
|
del err3
|
del $48binary_multiply.21
|
y = $52binary_subtract.23 :: float64
|
del $52binary_subtract.23
|
132:
return y
$58return_value.25 = cast(value=y) :: float64
|
del y
|
return $58return_value.25
|
135:
@njit
| |||||||
136:
def Square(a, splitter):
| |||||||
|
label 0
|
a = arg(0, name=a) :: float64
|
splitter = arg(1, name=splitter) :: float64
|
$6binary_multiply.2 = a * a :: float64
|
x = $6binary_multiply.2 :: float64
|
del $6binary_multiply.2
|
138:
y = Square_Tail(a, x, splitter)
$10load_global.3 = global(Square_Tail: CPUDispatcher(<function Square_Tail at 0x7f51d4cac3b0>)) :: type(CPUDispatcher(<function Square_Tail at 0x7f51d4cac3b0>))
|
$18call_function.7 = call $10load_global.3(a, x, splitter, func=$10load_global.3, args=[Var(a, adaptive_predicates.py:137), Var(x, adaptive_predicates.py:137), Var(splitter, adaptive_predicates.py:137)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del splitter
|
del a
|
del $10load_global.3
|
y = $18call_function.7 :: float64
|
del $18call_function.7
|
139:
return x, y
$26build_tuple.10 = build_tuple(items=[Var(x, adaptive_predicates.py:137), Var(y, adaptive_predicates.py:138)]) :: UniTuple(float64 x 2)
|
del y
|
del x
|
$28return_value.11 = cast(value=$26build_tuple.10) :: UniTuple(float64 x 2)
|
del $26build_tuple.10
|
return $28return_value.11
|
145:
@njit
| ||||||||||||||||||
146:
def Two_One_Sum(a1, a0, b):
| ||||||||||||||||||
|
label 0
|
a1 = arg(0, name=a1) :: float64
|
a0 = arg(1, name=a0) :: float64
|
b = arg(2, name=b) :: float64
|
$2load_global.0 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$8call_function.3 = call $2load_global.0(a0, b, func=$2load_global.0, args=[Var(a0, adaptive_predicates.py:147), Var(b, adaptive_predicates.py:147)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del b
|
del a0
|
del $2load_global.0
|
$10unpack_sequence.6 = exhaust_iter(value=$8call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $8call_function.3
|
$10unpack_sequence.4 = static_getitem(value=$10unpack_sequence.6, index=0, index_var=None) :: float64
|
$10unpack_sequence.5 = static_getitem(value=$10unpack_sequence.6, index=1, index_var=None) :: float64
|
del $10unpack_sequence.6
|
_i = $10unpack_sequence.4 :: float64
|
del $10unpack_sequence.4
|
x0 = $10unpack_sequence.5 :: float64
|
del $10unpack_sequence.5
|
148:
x2, x1 = Two_Sum(a1, _i)
$16load_global.7 = global(Two_Sum: CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>)) :: type(CPUDispatcher(<function Two_Sum at 0x7f51d4cc5cb0>))
|
$22call_function.10 = call $16load_global.7(a1, _i, func=$16load_global.7, args=[Var(a1, adaptive_predicates.py:147), Var(_i, adaptive_predicates.py:147)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del a1
|
del _i
|
del $16load_global.7
|
$24unpack_sequence.13 = exhaust_iter(value=$22call_function.10, count=2) :: UniTuple(float64 x 2)
|
del $22call_function.10
|
$24unpack_sequence.11 = static_getitem(value=$24unpack_sequence.13, index=0, index_var=None) :: float64
|
$24unpack_sequence.12 = static_getitem(value=$24unpack_sequence.13, index=1, index_var=None) :: float64
|
del $24unpack_sequence.13
|
x2 = $24unpack_sequence.11 :: float64
|
del $24unpack_sequence.11
|
x1 = $24unpack_sequence.12 :: float64
|
del $24unpack_sequence.12
|
149:
return x2, x1, x0
$36build_tuple.17 = build_tuple(items=[Var(x2, adaptive_predicates.py:148), Var(x1, adaptive_predicates.py:148), Var(x0, adaptive_predicates.py:147)]) :: UniTuple(float64 x 3)
|
del x2
|
del x1
|
del x0
|
$38return_value.18 = cast(value=$36build_tuple.17) :: UniTuple(float64 x 3)
|
del $36build_tuple.17
|
return $38return_value.18
|
159:
@njit
| |||||||||||||||||||||||
160:
def Two_Two_Sum(a1, a0, b1, b0):
| |||||||||||||||||||||||
|
label 0
|
a1 = arg(0, name=a1) :: float64
|
a0 = arg(1, name=a0) :: float64
|
b1 = arg(2, name=b1) :: float64
|
b0 = arg(3, name=b0) :: float64
|
$2load_global.0 = global(Two_One_Sum: CPUDispatcher(<function Two_One_Sum at 0x7f51d4cac950>)) :: type(CPUDispatcher(<function Two_One_Sum at 0x7f51d4cac950>))
|
$10call_function.4 = call $2load_global.0(a1, a0, b0, func=$2load_global.0, args=[Var(a1, adaptive_predicates.py:161), Var(a0, adaptive_predicates.py:161), Var(b0, adaptive_predicates.py:161)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 3)
|
del b0
|
del a1
|
del a0
|
del $2load_global.0
|
$12unpack_sequence.8 = exhaust_iter(value=$10call_function.4, count=3) :: UniTuple(float64 x 3)
|
del $10call_function.4
|
$12unpack_sequence.5 = static_getitem(value=$12unpack_sequence.8, index=0, index_var=None) :: float64
|
$12unpack_sequence.6 = static_getitem(value=$12unpack_sequence.8, index=1, index_var=None) :: float64
|
$12unpack_sequence.7 = static_getitem(value=$12unpack_sequence.8, index=2, index_var=None) :: float64
|
del $12unpack_sequence.8
|
_j = $12unpack_sequence.5 :: float64
|
del $12unpack_sequence.5
|
_0 = $12unpack_sequence.6 :: float64
|
del $12unpack_sequence.6
|
x0 = $12unpack_sequence.7 :: float64
|
del $12unpack_sequence.7
|
162:
x3, x2, x1 = Two_One_Sum(_j, _0, b1)
$20load_global.9 = global(Two_One_Sum: CPUDispatcher(<function Two_One_Sum at 0x7f51d4cac950>)) :: type(CPUDispatcher(<function Two_One_Sum at 0x7f51d4cac950>))
|
$28call_function.13 = call $20load_global.9(_j, _0, b1, func=$20load_global.9, args=[Var(_j, adaptive_predicates.py:161), Var(_0, adaptive_predicates.py:161), Var(b1, adaptive_predicates.py:161)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 3)
|
del b1
|
del _j
|
del _0
|
del $20load_global.9
|
$30unpack_sequence.17 = exhaust_iter(value=$28call_function.13, count=3) :: UniTuple(float64 x 3)
|
del $28call_function.13
|
$30unpack_sequence.14 = static_getitem(value=$30unpack_sequence.17, index=0, index_var=None) :: float64
|
$30unpack_sequence.15 = static_getitem(value=$30unpack_sequence.17, index=1, index_var=None) :: float64
|
$30unpack_sequence.16 = static_getitem(value=$30unpack_sequence.17, index=2, index_var=None) :: float64
|
del $30unpack_sequence.17
|
x3 = $30unpack_sequence.14 :: float64
|
del $30unpack_sequence.14
|
x2 = $30unpack_sequence.15 :: float64
|
del $30unpack_sequence.15
|
x1 = $30unpack_sequence.16 :: float64
|
del $30unpack_sequence.16
|
163:
return x3, x2, x1, x0
$46build_tuple.22 = build_tuple(items=[Var(x3, adaptive_predicates.py:162), Var(x2, adaptive_predicates.py:162), Var(x1, adaptive_predicates.py:162), Var(x0, adaptive_predicates.py:161)]) :: UniTuple(float64 x 4)
|
del x3
|
del x2
|
del x1
|
del x0
|
$48return_value.23 = cast(value=$46build_tuple.22) :: UniTuple(float64 x 4)
|
del $46build_tuple.22
|
return $48return_value.23
|
1621:
@njit
| |||||||||||||||||||||||||||||
1622:
def swap(arr1, arr2):
| |||||||||||||||||||||||||||||
1623:
# arr1 and arr2 must be of the same length.
| |||||||||||||||||||||||||||||
|
label 0
|
arr1 = arg(0, name=arr1) :: array(float64, 1d, C)
|
arr2 = arg(1, name=arr2) :: array(float64, 1d, C)
|
jump 2
|
label 2
|
$4load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$6load_global.1 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$10call_function.3 = call $6load_global.1(arr1, func=$6load_global.1, args=[Var(arr1, adaptive_predicates.py:1624)], kws=(), vararg=None) :: (array(float64, 1d, C),) -> int64
|
del $6load_global.1
|
$12call_function.4 = call $4load_global.0($10call_function.3, func=$4load_global.0, args=[Var($10call_function.3, adaptive_predicates.py:1624)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $4load_global.0
|
del $10call_function.3
|
$14get_iter.5 = getiter(value=$12call_function.4) :: range_iter_int64
|
del $12call_function.4
|
$phi16.0 = $14get_iter.5 :: range_iter_int64
|
del $14get_iter.5
|
jump 16
|
label 16
|
$16for_iter.1 = iternext(value=$phi16.0) :: pair<int64, bool>
|
$16for_iter.2 = pair_first(value=$16for_iter.1) :: int64
|
$16for_iter.3 = pair_second(value=$16for_iter.1) :: bool
|
del $16for_iter.1
|
$phi18.1 = $16for_iter.2 :: int64
|
del $16for_iter.2
|
branch $16for_iter.3, 18, 50
|
label 18
|
del $16for_iter.3
|
i = $phi18.1 :: int64
|
del $phi18.1
|
1625:
temp = arr1[i]
$24binary_subscr.4 = getitem(value=arr1, index=i) :: float64
|
temp = $24binary_subscr.4 :: float64
|
del $24binary_subscr.4
|
1626:
arr1[i] = arr2[i]
$32binary_subscr.7 = getitem(value=arr2, index=i) :: float64
|
arr1[i] = $32binary_subscr.7 :: (array(float64, 1d, C), int64, float64) -> none
|
del $32binary_subscr.7
|
1627:
arr2[i] = temp
arr2[i] = temp :: (array(float64, 1d, C), int64, float64) -> none
|
del temp
|
del i
|
jump 16
|
label 50
|
1628:
return
del arr2
|
del arr1
|
del $phi18.1
|
del $phi16.0
|
del $16for_iter.3
|
jump 52
|
label 52
|
$const52.0 = const(NoneType, None) :: none
|
$54return_value.1 = cast(value=$const52.0) :: none
|
del $const52.0
|
return $54return_value.1
|
1630:
@njit
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1631:
def incircleadapt(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, pd_x, pd_y, permanent,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1632:
bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1633:
byca, byyca, bdet, cxab, cxxab, cyab, cyyab, cdet, abdet,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1634:
fin1, fin2, aa, bb, cc, u, v, temp8, temp16a, temp16b,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1635:
temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1636:
aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1637:
cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1638:
axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1639:
aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1640:
abtt, bctt, catt, splitter, iccerrboundB, iccerrboundC,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1641:
resulterrbound):
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1642:
'''
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1643:
len(bc) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1644:
len(ca) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1645:
len(ab) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1646:
len(axbc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1647:
len(axxbc) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1648:
len(aybc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1649:
len(ayybc) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1650:
len(adet) = 32
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1651:
len(bxca) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1652:
len(bxxca) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1653:
len(byca) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1654:
len(byyca) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1655:
len(bdet) = 32
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1656:
len(cxab) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1657:
len(cxxab) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1658:
len(cyab) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1659:
len(cyyab) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1660:
len(cdet) = 32
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1661:
len(abdet) = 64
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1662:
len(fin1) = 1152
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1663:
len(fin2) = 1152
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1664:
len(aa) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1665:
len(bb) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1666:
len(cc) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1667:
len(u) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1668:
len(v) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1669:
len(temp8) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1670:
len(temp16a) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1671:
len(temp16b) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1672:
len(temp16c) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1673:
len(temp32a) = 32
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1674:
len(temp32b) = 32
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1675:
len(temp48) = 48
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1676:
len(temp64) = 64
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1677:
len(axtbb) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1678:
len(axtcc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1679:
len(aytbb) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1680:
len(aytcc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1681:
len(bxtaa) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1682:
len(bxtcc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1683:
len(bytaa) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1684:
len(bytcc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1685:
len(cxtaa) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1686:
len(cxtbb) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1687:
len(cytaa) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1688:
len(cytbb) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1689:
len(axtbc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1690:
len(aytbc) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1691:
len(bxtca) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1692:
len(bytca) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1693:
len(cxtab) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1694:
len(cytab) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1695:
len(axtbct) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1696:
len(aytbct) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1697:
len(bxtcat) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1698:
len(bytcat) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1699:
len(cxtabt) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1700:
len(cytabt) = 16
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1701:
len(axtbctt) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1702:
len(aytbctt) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1703:
len(bxtcatt) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1704:
len(bytcatt) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1705:
len(cxtabtt) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1706:
len(cytabtt) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1707:
len(abt) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1708:
len(bct) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1709:
len(cat) = 8
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1710:
len(abtt) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1711:
len(bctt) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1712:
len(catt) = 4
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1713:
'''
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
1714:
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
label 0
|
pa_x = arg(0, name=pa_x) :: float64
|
pa_y = arg(1, name=pa_y) :: float64
|
pb_x = arg(2, name=pb_x) :: float64
|
pb_y = arg(3, name=pb_y) :: float64
|
pc_x = arg(4, name=pc_x) :: float64
|
pc_y = arg(5, name=pc_y) :: float64
|
pd_x = arg(6, name=pd_x) :: float64
|
pd_y = arg(7, name=pd_y) :: float64
|
permanent = arg(8, name=permanent) :: float64
|
bc = arg(9, name=bc) :: array(float64, 1d, C)
|
ca = arg(10, name=ca) :: array(float64, 1d, C)
|
ab = arg(11, name=ab) :: array(float64, 1d, C)
|
axbc = arg(12, name=axbc) :: array(float64, 1d, C)
|
axxbc = arg(13, name=axxbc) :: array(float64, 1d, C)
|
aybc = arg(14, name=aybc) :: array(float64, 1d, C)
|
ayybc = arg(15, name=ayybc) :: array(float64, 1d, C)
|
adet = arg(16, name=adet) :: array(float64, 1d, C)
|
bxca = arg(17, name=bxca) :: array(float64, 1d, C)
|
bxxca = arg(18, name=bxxca) :: array(float64, 1d, C)
|
byca = arg(19, name=byca) :: array(float64, 1d, C)
|
byyca = arg(20, name=byyca) :: array(float64, 1d, C)
|
bdet = arg(21, name=bdet) :: array(float64, 1d, C)
|
cxab = arg(22, name=cxab) :: array(float64, 1d, C)
|
cxxab = arg(23, name=cxxab) :: array(float64, 1d, C)
|
cyab = arg(24, name=cyab) :: array(float64, 1d, C)
|
cyyab = arg(25, name=cyyab) :: array(float64, 1d, C)
|
cdet = arg(26, name=cdet) :: array(float64, 1d, C)
|
abdet = arg(27, name=abdet) :: array(float64, 1d, C)
|
fin1 = arg(28, name=fin1) :: array(float64, 1d, C)
|
fin2 = arg(29, name=fin2) :: array(float64, 1d, C)
|
aa = arg(30, name=aa) :: array(float64, 1d, C)
|
bb = arg(31, name=bb) :: array(float64, 1d, C)
|
cc = arg(32, name=cc) :: array(float64, 1d, C)
|
u = arg(33, name=u) :: array(float64, 1d, C)
|
v = arg(34, name=v) :: array(float64, 1d, C)
|
temp8 = arg(35, name=temp8) :: array(float64, 1d, C)
|
temp16a = arg(36, name=temp16a) :: array(float64, 1d, C)
|
temp16b = arg(37, name=temp16b) :: array(float64, 1d, C)
|
temp16c = arg(38, name=temp16c) :: array(float64, 1d, C)
|
temp32a = arg(39, name=temp32a) :: array(float64, 1d, C)
|
temp32b = arg(40, name=temp32b) :: array(float64, 1d, C)
|
temp48 = arg(41, name=temp48) :: array(float64, 1d, C)
|
temp64 = arg(42, name=temp64) :: array(float64, 1d, C)
|
axtbb = arg(43, name=axtbb) :: array(float64, 1d, C)
|
axtcc = arg(44, name=axtcc) :: array(float64, 1d, C)
|
aytbb = arg(45, name=aytbb) :: array(float64, 1d, C)
|
aytcc = arg(46, name=aytcc) :: array(float64, 1d, C)
|
bxtaa = arg(47, name=bxtaa) :: array(float64, 1d, C)
|
bxtcc = arg(48, name=bxtcc) :: array(float64, 1d, C)
|
bytaa = arg(49, name=bytaa) :: array(float64, 1d, C)
|
bytcc = arg(50, name=bytcc) :: array(float64, 1d, C)
|
cxtaa = arg(51, name=cxtaa) :: array(float64, 1d, C)
|
cxtbb = arg(52, name=cxtbb) :: array(float64, 1d, C)
|
cytaa = arg(53, name=cytaa) :: array(float64, 1d, C)
|
cytbb = arg(54, name=cytbb) :: array(float64, 1d, C)
|
axtbc = arg(55, name=axtbc) :: array(float64, 1d, C)
|
aytbc = arg(56, name=aytbc) :: array(float64, 1d, C)
|
bxtca = arg(57, name=bxtca) :: array(float64, 1d, C)
|
bytca = arg(58, name=bytca) :: array(float64, 1d, C)
|
cxtab = arg(59, name=cxtab) :: array(float64, 1d, C)
|
cytab = arg(60, name=cytab) :: array(float64, 1d, C)
|
axtbct = arg(61, name=axtbct) :: array(float64, 1d, C)
|
aytbct = arg(62, name=aytbct) :: array(float64, 1d, C)
|
bxtcat = arg(63, name=bxtcat) :: array(float64, 1d, C)
|
bytcat = arg(64, name=bytcat) :: array(float64, 1d, C)
|
cxtabt = arg(65, name=cxtabt) :: array(float64, 1d, C)
|
cytabt = arg(66, name=cytabt) :: array(float64, 1d, C)
|
axtbctt = arg(67, name=axtbctt) :: array(float64, 1d, C)
|
aytbctt = arg(68, name=aytbctt) :: array(float64, 1d, C)
|
bxtcatt = arg(69, name=bxtcatt) :: array(float64, 1d, C)
|
bytcatt = arg(70, name=bytcatt) :: array(float64, 1d, C)
|
cxtabtt = arg(71, name=cxtabtt) :: array(float64, 1d, C)
|
cytabtt = arg(72, name=cytabtt) :: array(float64, 1d, C)
|
abt = arg(73, name=abt) :: array(float64, 1d, C)
|
bct = arg(74, name=bct) :: array(float64, 1d, C)
|
cat = arg(75, name=cat) :: array(float64, 1d, C)
|
abtt = arg(76, name=abtt) :: array(float64, 1d, C)
|
bctt = arg(77, name=bctt) :: array(float64, 1d, C)
|
catt = arg(78, name=catt) :: array(float64, 1d, C)
|
splitter = arg(79, name=splitter) :: float64
|
iccerrboundB = arg(80, name=iccerrboundB) :: float64
|
iccerrboundC = arg(81, name=iccerrboundC) :: float64
|
resulterrbound = arg(82, name=resulterrbound) :: float64
|
$6binary_subtract.2 = pa_x - pd_x :: float64
|
adx = $6binary_subtract.2 :: float64
|
del $6binary_subtract.2
|
1716:
bdx = pb_x - pd_x
$14binary_subtract.5 = pb_x - pd_x :: float64
|
bdx = $14binary_subtract.5 :: float64
|
del $14binary_subtract.5
|
1717:
cdx = pc_x - pd_x
$22binary_subtract.8 = pc_x - pd_x :: float64
|
cdx = $22binary_subtract.8 :: float64
|
del $22binary_subtract.8
|
1718:
ady = pa_y - pd_y
$30binary_subtract.11 = pa_y - pd_y :: float64
|
ady = $30binary_subtract.11 :: float64
|
del $30binary_subtract.11
|
1719:
bdy = pb_y - pd_y
$38binary_subtract.14 = pb_y - pd_y :: float64
|
bdy = $38binary_subtract.14 :: float64
|
del $38binary_subtract.14
|
1720:
cdy = pc_y - pd_y
$46binary_subtract.17 = pc_y - pd_y :: float64
|
cdy = $46binary_subtract.17 :: float64
|
del $46binary_subtract.17
|
1721:
1722:
bdxcdy1, bdxcdy0 = Two_Product(bdx, cdy, splitter)
$50load_global.18 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$58call_function.22 = call $50load_global.18(bdx, cdy, splitter, func=$50load_global.18, args=[Var(bdx, adaptive_predicates.py:1716), Var(cdy, adaptive_predicates.py:1720), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $50load_global.18
|
$60unpack_sequence.25 = exhaust_iter(value=$58call_function.22, count=2) :: UniTuple(float64 x 2)
|
del $58call_function.22
|
$60unpack_sequence.23 = static_getitem(value=$60unpack_sequence.25, index=0, index_var=None) :: float64
|
$60unpack_sequence.24 = static_getitem(value=$60unpack_sequence.25, index=1, index_var=None) :: float64
|
del $60unpack_sequence.25
|
bdxcdy1 = $60unpack_sequence.23 :: float64
|
del $60unpack_sequence.23
|
bdxcdy0 = $60unpack_sequence.24 :: float64
|
del $60unpack_sequence.24
|
1723:
cdxbdy1, cdxbdy0 = Two_Product(cdx, bdy, splitter)
$66load_global.26 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$74call_function.30 = call $66load_global.26(cdx, bdy, splitter, func=$66load_global.26, args=[Var(cdx, adaptive_predicates.py:1717), Var(bdy, adaptive_predicates.py:1719), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $66load_global.26
|
$76unpack_sequence.33 = exhaust_iter(value=$74call_function.30, count=2) :: UniTuple(float64 x 2)
|
del $74call_function.30
|
$76unpack_sequence.31 = static_getitem(value=$76unpack_sequence.33, index=0, index_var=None) :: float64
|
$76unpack_sequence.32 = static_getitem(value=$76unpack_sequence.33, index=1, index_var=None) :: float64
|
del $76unpack_sequence.33
|
cdxbdy1 = $76unpack_sequence.31 :: float64
|
del $76unpack_sequence.31
|
cdxbdy0 = $76unpack_sequence.32 :: float64
|
del $76unpack_sequence.32
|
1724:
bc[3], bc[2], bc[1], bc[0] = Two_Two_Diff(bdxcdy1, bdxcdy0,
$82load_global.34 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
1725:
cdxbdy1, cdxbdy0)
$92call_function.39 = call $82load_global.34(bdxcdy1, bdxcdy0, cdxbdy1, cdxbdy0, func=$82load_global.34, args=[Var(bdxcdy1, adaptive_predicates.py:1722), Var(bdxcdy0, adaptive_predicates.py:1722), Var(cdxbdy1, adaptive_predicates.py:1723), Var(cdxbdy0, adaptive_predicates.py:1723)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del cdxbdy1
|
del cdxbdy0
|
del bdxcdy1
|
del bdxcdy0
|
del $82load_global.34
|
$94unpack_sequence.44 = exhaust_iter(value=$92call_function.39, count=4) :: UniTuple(float64 x 4)
|
del $92call_function.39
|
$94unpack_sequence.40 = static_getitem(value=$94unpack_sequence.44, index=0, index_var=None) :: float64
|
$94unpack_sequence.41 = static_getitem(value=$94unpack_sequence.44, index=1, index_var=None) :: float64
|
$94unpack_sequence.42 = static_getitem(value=$94unpack_sequence.44, index=2, index_var=None) :: float64
|
$94unpack_sequence.43 = static_getitem(value=$94unpack_sequence.44, index=3, index_var=None) :: float64
|
del $94unpack_sequence.44
|
$const98.46 = const(int, 3) :: Literal[int](3)
|
bc[3] = $94unpack_sequence.40
|
del $const98.46
|
del $94unpack_sequence.40
|
$const104.48 = const(int, 2) :: Literal[int](2)
|
bc[2] = $94unpack_sequence.41
|
del $const104.48
|
del $94unpack_sequence.41
|
$const110.50 = const(int, 1) :: Literal[int](1)
|
bc[1] = $94unpack_sequence.42
|
del $const110.50
|
del $94unpack_sequence.42
|
$const116.52 = const(int, 0) :: Literal[int](0)
|
bc[0] = $94unpack_sequence.43
|
del $const116.52
|
del $94unpack_sequence.43
|
1726:
axbclen = scale_expansion_zeroelim(4, bc, adx, axbc, splitter)
$120load_global.53 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const122.54 = const(int, 4) :: Literal[int](4)
|
$132call_function.59 = call $120load_global.53($const122.54, bc, adx, axbc, splitter, func=$120load_global.53, args=[Var($const122.54, adaptive_predicates.py:1726), Var(bc, adaptive_predicates.py:1715), Var(adx, adaptive_predicates.py:1715), Var(axbc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const122.54
|
del $120load_global.53
|
axbclen = $132call_function.59 :: int64
|
del $132call_function.59
|
1727:
axxbclen = scale_expansion_zeroelim(axbclen, axbc, adx, axxbc, splitter)
$136load_global.60 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$148call_function.66 = call $136load_global.60(axbclen, axbc, adx, axxbc, splitter, func=$136load_global.60, args=[Var(axbclen, adaptive_predicates.py:1726), Var(axbc, adaptive_predicates.py:1715), Var(adx, adaptive_predicates.py:1715), Var(axxbc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del axbclen
|
del axbc
|
del $136load_global.60
|
axxbclen = $148call_function.66 :: int64
|
del $148call_function.66
|
1728:
aybclen = scale_expansion_zeroelim(4, bc, ady, aybc, splitter)
$152load_global.67 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const154.68 = const(int, 4) :: Literal[int](4)
|
$164call_function.73 = call $152load_global.67($const154.68, bc, ady, aybc, splitter, func=$152load_global.67, args=[Var($const154.68, adaptive_predicates.py:1728), Var(bc, adaptive_predicates.py:1715), Var(ady, adaptive_predicates.py:1718), Var(aybc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const154.68
|
del $152load_global.67
|
aybclen = $164call_function.73 :: int64
|
del $164call_function.73
|
1729:
ayybclen = scale_expansion_zeroelim(aybclen, aybc, ady, ayybc, splitter)
$168load_global.74 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$180call_function.80 = call $168load_global.74(aybclen, aybc, ady, ayybc, splitter, func=$168load_global.74, args=[Var(aybclen, adaptive_predicates.py:1728), Var(aybc, adaptive_predicates.py:1715), Var(ady, adaptive_predicates.py:1718), Var(ayybc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del aybclen
|
del aybc
|
del $168load_global.74
|
ayybclen = $180call_function.80 :: int64
|
del $180call_function.80
|
1730:
alen = fast_expansion_sum_zeroelim(axxbclen, axxbc, ayybclen, ayybc, adet)
$184load_global.81 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$196call_function.87 = call $184load_global.81(axxbclen, axxbc, ayybclen, ayybc, adet, func=$184load_global.81, args=[Var(axxbclen, adaptive_predicates.py:1727), Var(axxbc, adaptive_predicates.py:1715), Var(ayybclen, adaptive_predicates.py:1729), Var(ayybc, adaptive_predicates.py:1715), Var(adet, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del ayybclen
|
del ayybc
|
del axxbclen
|
del axxbc
|
del $184load_global.81
|
alen = $196call_function.87 :: int64
|
del $196call_function.87
|
1731:
1732:
cdxady1, cdxady0 = Two_Product(cdx, ady, splitter)
$200load_global.88 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$208call_function.92 = call $200load_global.88(cdx, ady, splitter, func=$200load_global.88, args=[Var(cdx, adaptive_predicates.py:1717), Var(ady, adaptive_predicates.py:1718), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $200load_global.88
|
$210unpack_sequence.95 = exhaust_iter(value=$208call_function.92, count=2) :: UniTuple(float64 x 2)
|
del $208call_function.92
|
$210unpack_sequence.93 = static_getitem(value=$210unpack_sequence.95, index=0, index_var=None) :: float64
|
$210unpack_sequence.94 = static_getitem(value=$210unpack_sequence.95, index=1, index_var=None) :: float64
|
del $210unpack_sequence.95
|
cdxady1 = $210unpack_sequence.93 :: float64
|
del $210unpack_sequence.93
|
cdxady0 = $210unpack_sequence.94 :: float64
|
del $210unpack_sequence.94
|
1733:
adxcdy1, adxcdy0 = Two_Product(adx, cdy, splitter)
$216load_global.96 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$224call_function.100 = call $216load_global.96(adx, cdy, splitter, func=$216load_global.96, args=[Var(adx, adaptive_predicates.py:1715), Var(cdy, adaptive_predicates.py:1720), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $216load_global.96
|
$226unpack_sequence.103 = exhaust_iter(value=$224call_function.100, count=2) :: UniTuple(float64 x 2)
|
del $224call_function.100
|
$226unpack_sequence.101 = static_getitem(value=$226unpack_sequence.103, index=0, index_var=None) :: float64
|
$226unpack_sequence.102 = static_getitem(value=$226unpack_sequence.103, index=1, index_var=None) :: float64
|
del $226unpack_sequence.103
|
adxcdy1 = $226unpack_sequence.101 :: float64
|
del $226unpack_sequence.101
|
adxcdy0 = $226unpack_sequence.102 :: float64
|
del $226unpack_sequence.102
|
1734:
ca[3], ca[2], ca[1], ca[0] = Two_Two_Diff(cdxady1, cdxady0,
$232load_global.104 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
1735:
adxcdy1, adxcdy0)
$242call_function.109 = call $232load_global.104(cdxady1, cdxady0, adxcdy1, adxcdy0, func=$232load_global.104, args=[Var(cdxady1, adaptive_predicates.py:1732), Var(cdxady0, adaptive_predicates.py:1732), Var(adxcdy1, adaptive_predicates.py:1733), Var(adxcdy0, adaptive_predicates.py:1733)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del cdxady1
|
del cdxady0
|
del adxcdy1
|
del adxcdy0
|
del $232load_global.104
|
$244unpack_sequence.114 = exhaust_iter(value=$242call_function.109, count=4) :: UniTuple(float64 x 4)
|
del $242call_function.109
|
$244unpack_sequence.110 = static_getitem(value=$244unpack_sequence.114, index=0, index_var=None) :: float64
|
$244unpack_sequence.111 = static_getitem(value=$244unpack_sequence.114, index=1, index_var=None) :: float64
|
$244unpack_sequence.112 = static_getitem(value=$244unpack_sequence.114, index=2, index_var=None) :: float64
|
$244unpack_sequence.113 = static_getitem(value=$244unpack_sequence.114, index=3, index_var=None) :: float64
|
del $244unpack_sequence.114
|
$const248.116 = const(int, 3) :: Literal[int](3)
|
ca[3] = $244unpack_sequence.110
|
del $const248.116
|
del $244unpack_sequence.110
|
$const254.118 = const(int, 2) :: Literal[int](2)
|
ca[2] = $244unpack_sequence.111
|
del $const254.118
|
del $244unpack_sequence.111
|
$const260.120 = const(int, 1) :: Literal[int](1)
|
ca[1] = $244unpack_sequence.112
|
del $const260.120
|
del $244unpack_sequence.112
|
$const266.122 = const(int, 0) :: Literal[int](0)
|
ca[0] = $244unpack_sequence.113
|
del $const266.122
|
del $244unpack_sequence.113
|
1736:
bxcalen = scale_expansion_zeroelim(4, ca, bdx, bxca, splitter)
$270load_global.123 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const272.124 = const(int, 4) :: Literal[int](4)
|
$282call_function.129 = call $270load_global.123($const272.124, ca, bdx, bxca, splitter, func=$270load_global.123, args=[Var($const272.124, adaptive_predicates.py:1736), Var(ca, adaptive_predicates.py:1715), Var(bdx, adaptive_predicates.py:1716), Var(bxca, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const272.124
|
del $270load_global.123
|
bxcalen = $282call_function.129 :: int64
|
del $282call_function.129
|
1737:
bxxcalen = scale_expansion_zeroelim(bxcalen, bxca, bdx, bxxca, splitter)
$286load_global.130 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$298call_function.136 = call $286load_global.130(bxcalen, bxca, bdx, bxxca, splitter, func=$286load_global.130, args=[Var(bxcalen, adaptive_predicates.py:1736), Var(bxca, adaptive_predicates.py:1715), Var(bdx, adaptive_predicates.py:1716), Var(bxxca, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bxcalen
|
del bxca
|
del $286load_global.130
|
bxxcalen = $298call_function.136 :: int64
|
del $298call_function.136
|
1738:
bycalen = scale_expansion_zeroelim(4, ca, bdy, byca, splitter)
$302load_global.137 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const304.138 = const(int, 4) :: Literal[int](4)
|
$314call_function.143 = call $302load_global.137($const304.138, ca, bdy, byca, splitter, func=$302load_global.137, args=[Var($const304.138, adaptive_predicates.py:1738), Var(ca, adaptive_predicates.py:1715), Var(bdy, adaptive_predicates.py:1719), Var(byca, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const304.138
|
del $302load_global.137
|
bycalen = $314call_function.143 :: int64
|
del $314call_function.143
|
1739:
byycalen = scale_expansion_zeroelim(bycalen, byca, bdy, byyca, splitter)
$318load_global.144 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$330call_function.150 = call $318load_global.144(bycalen, byca, bdy, byyca, splitter, func=$318load_global.144, args=[Var(bycalen, adaptive_predicates.py:1738), Var(byca, adaptive_predicates.py:1715), Var(bdy, adaptive_predicates.py:1719), Var(byyca, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bycalen
|
del byca
|
del $318load_global.144
|
byycalen = $330call_function.150 :: int64
|
del $330call_function.150
|
1740:
blen = fast_expansion_sum_zeroelim(bxxcalen, bxxca, byycalen, byyca, bdet)
$334load_global.151 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$346call_function.157 = call $334load_global.151(bxxcalen, bxxca, byycalen, byyca, bdet, func=$334load_global.151, args=[Var(bxxcalen, adaptive_predicates.py:1737), Var(bxxca, adaptive_predicates.py:1715), Var(byycalen, adaptive_predicates.py:1739), Var(byyca, adaptive_predicates.py:1715), Var(bdet, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del byycalen
|
del byyca
|
del bxxcalen
|
del bxxca
|
del $334load_global.151
|
blen = $346call_function.157 :: int64
|
del $346call_function.157
|
1741:
1742:
adxbdy1, adxbdy0 = Two_Product(adx, bdy, splitter)
$350load_global.158 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$358call_function.162 = call $350load_global.158(adx, bdy, splitter, func=$350load_global.158, args=[Var(adx, adaptive_predicates.py:1715), Var(bdy, adaptive_predicates.py:1719), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $350load_global.158
|
$360unpack_sequence.165 = exhaust_iter(value=$358call_function.162, count=2) :: UniTuple(float64 x 2)
|
del $358call_function.162
|
$360unpack_sequence.163 = static_getitem(value=$360unpack_sequence.165, index=0, index_var=None) :: float64
|
$360unpack_sequence.164 = static_getitem(value=$360unpack_sequence.165, index=1, index_var=None) :: float64
|
del $360unpack_sequence.165
|
adxbdy1 = $360unpack_sequence.163 :: float64
|
del $360unpack_sequence.163
|
adxbdy0 = $360unpack_sequence.164 :: float64
|
del $360unpack_sequence.164
|
1743:
bdxady1, bdxady0 = Two_Product(bdx, ady, splitter)
$366load_global.166 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$374call_function.170 = call $366load_global.166(bdx, ady, splitter, func=$366load_global.166, args=[Var(bdx, adaptive_predicates.py:1716), Var(ady, adaptive_predicates.py:1718), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $366load_global.166
|
$376unpack_sequence.173 = exhaust_iter(value=$374call_function.170, count=2) :: UniTuple(float64 x 2)
|
del $374call_function.170
|
$376unpack_sequence.171 = static_getitem(value=$376unpack_sequence.173, index=0, index_var=None) :: float64
|
$376unpack_sequence.172 = static_getitem(value=$376unpack_sequence.173, index=1, index_var=None) :: float64
|
del $376unpack_sequence.173
|
bdxady1 = $376unpack_sequence.171 :: float64
|
del $376unpack_sequence.171
|
bdxady0 = $376unpack_sequence.172 :: float64
|
del $376unpack_sequence.172
|
1744:
ab[3], ab[2], ab[1], ab[0] = Two_Two_Diff(adxbdy1, adxbdy0,
$382load_global.174 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
1745:
bdxady1, bdxady0)
$392call_function.179 = call $382load_global.174(adxbdy1, adxbdy0, bdxady1, bdxady0, func=$382load_global.174, args=[Var(adxbdy1, adaptive_predicates.py:1742), Var(adxbdy0, adaptive_predicates.py:1742), Var(bdxady1, adaptive_predicates.py:1743), Var(bdxady0, adaptive_predicates.py:1743)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del bdxady1
|
del bdxady0
|
del adxbdy1
|
del adxbdy0
|
del $382load_global.174
|
$394unpack_sequence.184 = exhaust_iter(value=$392call_function.179, count=4) :: UniTuple(float64 x 4)
|
del $392call_function.179
|
$394unpack_sequence.180 = static_getitem(value=$394unpack_sequence.184, index=0, index_var=None) :: float64
|
$394unpack_sequence.181 = static_getitem(value=$394unpack_sequence.184, index=1, index_var=None) :: float64
|
$394unpack_sequence.182 = static_getitem(value=$394unpack_sequence.184, index=2, index_var=None) :: float64
|
$394unpack_sequence.183 = static_getitem(value=$394unpack_sequence.184, index=3, index_var=None) :: float64
|
del $394unpack_sequence.184
|
$const398.186 = const(int, 3) :: Literal[int](3)
|
ab[3] = $394unpack_sequence.180
|
del $const398.186
|
del $394unpack_sequence.180
|
$const404.188 = const(int, 2) :: Literal[int](2)
|
ab[2] = $394unpack_sequence.181
|
del $const404.188
|
del $394unpack_sequence.181
|
$const410.190 = const(int, 1) :: Literal[int](1)
|
ab[1] = $394unpack_sequence.182
|
del $const410.190
|
del $394unpack_sequence.182
|
$const416.192 = const(int, 0) :: Literal[int](0)
|
ab[0] = $394unpack_sequence.183
|
del $const416.192
|
del $394unpack_sequence.183
|
1746:
cxablen = scale_expansion_zeroelim(4, ab, cdx, cxab, splitter)
$420load_global.193 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const422.194 = const(int, 4) :: Literal[int](4)
|
$432call_function.199 = call $420load_global.193($const422.194, ab, cdx, cxab, splitter, func=$420load_global.193, args=[Var($const422.194, adaptive_predicates.py:1746), Var(ab, adaptive_predicates.py:1715), Var(cdx, adaptive_predicates.py:1717), Var(cxab, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const422.194
|
del $420load_global.193
|
cxablen = $432call_function.199 :: int64
|
del $432call_function.199
|
1747:
cxxablen = scale_expansion_zeroelim(cxablen, cxab, cdx, cxxab, splitter)
$436load_global.200 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$448call_function.206 = call $436load_global.200(cxablen, cxab, cdx, cxxab, splitter, func=$436load_global.200, args=[Var(cxablen, adaptive_predicates.py:1746), Var(cxab, adaptive_predicates.py:1715), Var(cdx, adaptive_predicates.py:1717), Var(cxxab, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cxablen
|
del cxab
|
del $436load_global.200
|
cxxablen = $448call_function.206 :: int64
|
del $448call_function.206
|
1748:
cyablen = scale_expansion_zeroelim(4, ab, cdy, cyab, splitter)
$452load_global.207 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const454.208 = const(int, 4) :: Literal[int](4)
|
$464call_function.213 = call $452load_global.207($const454.208, ab, cdy, cyab, splitter, func=$452load_global.207, args=[Var($const454.208, adaptive_predicates.py:1748), Var(ab, adaptive_predicates.py:1715), Var(cdy, adaptive_predicates.py:1720), Var(cyab, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const454.208
|
del $452load_global.207
|
cyablen = $464call_function.213 :: int64
|
del $464call_function.213
|
1749:
cyyablen = scale_expansion_zeroelim(cyablen, cyab, cdy, cyyab, splitter)
$468load_global.214 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$480call_function.220 = call $468load_global.214(cyablen, cyab, cdy, cyyab, splitter, func=$468load_global.214, args=[Var(cyablen, adaptive_predicates.py:1748), Var(cyab, adaptive_predicates.py:1715), Var(cdy, adaptive_predicates.py:1720), Var(cyyab, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cyablen
|
del cyab
|
del $468load_global.214
|
cyyablen = $480call_function.220 :: int64
|
del $480call_function.220
|
1750:
clen = fast_expansion_sum_zeroelim(cxxablen, cxxab, cyyablen, cyyab, cdet)
$484load_global.221 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$496call_function.227 = call $484load_global.221(cxxablen, cxxab, cyyablen, cyyab, cdet, func=$484load_global.221, args=[Var(cxxablen, adaptive_predicates.py:1747), Var(cxxab, adaptive_predicates.py:1715), Var(cyyablen, adaptive_predicates.py:1749), Var(cyyab, adaptive_predicates.py:1715), Var(cdet, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del cyyablen
|
del cyyab
|
del cxxablen
|
del cxxab
|
del $484load_global.221
|
clen = $496call_function.227 :: int64
|
del $496call_function.227
|
1751:
1752:
ablen = fast_expansion_sum_zeroelim(alen, adet, blen, bdet, abdet)
$500load_global.228 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$512call_function.234 = call $500load_global.228(alen, adet, blen, bdet, abdet, func=$500load_global.228, args=[Var(alen, adaptive_predicates.py:1730), Var(adet, adaptive_predicates.py:1715), Var(blen, adaptive_predicates.py:1740), Var(bdet, adaptive_predicates.py:1715), Var(abdet, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del blen
|
del bdet
|
del alen
|
del adet
|
del $500load_global.228
|
ablen = $512call_function.234 :: int64
|
del $512call_function.234
|
1753:
finlength = fast_expansion_sum_zeroelim(ablen, abdet, clen, cdet, fin1)
$516load_global.235 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$528call_function.241 = call $516load_global.235(ablen, abdet, clen, cdet, fin1, func=$516load_global.235, args=[Var(ablen, adaptive_predicates.py:1752), Var(abdet, adaptive_predicates.py:1715), Var(clen, adaptive_predicates.py:1750), Var(cdet, adaptive_predicates.py:1715), Var(fin1, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del clen
|
del cdet
|
del ablen
|
del abdet
|
del $516load_global.235
|
finlength = $528call_function.241 :: int64
|
del $528call_function.241
|
1754:
1755:
det = estimate(finlength, fin1)
$532load_global.242 = global(estimate: CPUDispatcher(<function estimate at 0x7f51d44729e0>)) :: type(CPUDispatcher(<function estimate at 0x7f51d44729e0>))
|
$538call_function.245 = call $532load_global.242(finlength, fin1, func=$532load_global.242, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C)) -> float64
|
del $532load_global.242
|
det = $538call_function.245 :: float64
|
del $538call_function.245
|
1756:
errbound = iccerrboundB * permanent
$546binary_multiply.248 = iccerrboundB * permanent :: float64
|
del iccerrboundB
|
errbound = $546binary_multiply.248 :: float64
|
del $546binary_multiply.248
|
1757:
if (det >= errbound) or (-det >= errbound):
$554compare_op.251 = det >= errbound :: bool
|
branch $554compare_op.251, 572, 560
|
label 560
|
del $554compare_op.251
|
$562unary_negative.1 = unary(fn=<built-in function neg>, value=det) :: float64
|
$566compare_op.3 = $562unary_negative.1 >= errbound :: bool
|
del errbound
|
del $562unary_negative.1
|
branch $566compare_op.3, 572, 580
|
1758:
return det, 2
label 572
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del splitter
|
del resulterrbound
|
del permanent
|
del pd_y
|
del pd_x
|
del pc_y
|
del pc_x
|
del pb_y
|
del pb_x
|
del pa_y
|
del pa_x
|
del iccerrboundC
|
del finlength
|
del fin2
|
del fin1
|
del errbound
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cdy
|
del cdx
|
del cc
|
del catt
|
del cat
|
del ca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bdy
|
del bdx
|
del bctt
|
del bct
|
del bc
|
del bb
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del ady
|
del adx
|
del abtt
|
del abt
|
del ab
|
del aa
|
del $566compare_op.3
|
del $554compare_op.251
|
$const574.1 = const(int, 2) :: Literal[int](2)
|
$576build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:1755), Var($const574.1, adaptive_predicates.py:1758)]) :: Tuple(float64, Literal[int](2))
|
del det
|
del $const574.1
|
$578return_value.3 = cast(value=$576build_tuple.2) :: Tuple(float64, Literal[int](2))
|
del $576build_tuple.2
|
return $578return_value.3
|
1759:
1760:
adxtail = Two_Diff_Tail(pa_x, pd_x, adx)
label 580
|
del $566compare_op.3
|
$580load_global.0 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$588call_function.4 = call $580load_global.0(pa_x, pd_x, adx, func=$580load_global.0, args=[Var(pa_x, adaptive_predicates.py:1715), Var(pd_x, adaptive_predicates.py:1715), Var(adx, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pa_x
|
del $580load_global.0
|
adxtail = $588call_function.4 :: float64
|
del $588call_function.4
|
1761:
adytail = Two_Diff_Tail(pa_y, pd_y, ady)
$592load_global.5 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$600call_function.9 = call $592load_global.5(pa_y, pd_y, ady, func=$592load_global.5, args=[Var(pa_y, adaptive_predicates.py:1715), Var(pd_y, adaptive_predicates.py:1715), Var(ady, adaptive_predicates.py:1718)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pa_y
|
del $592load_global.5
|
adytail = $600call_function.9 :: float64
|
del $600call_function.9
|
1762:
bdxtail = Two_Diff_Tail(pb_x, pd_x, bdx)
$604load_global.10 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$612call_function.14 = call $604load_global.10(pb_x, pd_x, bdx, func=$604load_global.10, args=[Var(pb_x, adaptive_predicates.py:1715), Var(pd_x, adaptive_predicates.py:1715), Var(bdx, adaptive_predicates.py:1716)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pb_x
|
del $604load_global.10
|
bdxtail = $612call_function.14 :: float64
|
del $612call_function.14
|
1763:
bdytail = Two_Diff_Tail(pb_y, pd_y, bdy)
$616load_global.15 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$624call_function.19 = call $616load_global.15(pb_y, pd_y, bdy, func=$616load_global.15, args=[Var(pb_y, adaptive_predicates.py:1715), Var(pd_y, adaptive_predicates.py:1715), Var(bdy, adaptive_predicates.py:1719)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pb_y
|
del $616load_global.15
|
bdytail = $624call_function.19 :: float64
|
del $624call_function.19
|
1764:
cdxtail = Two_Diff_Tail(pc_x, pd_x, cdx)
$628load_global.20 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$636call_function.24 = call $628load_global.20(pc_x, pd_x, cdx, func=$628load_global.20, args=[Var(pc_x, adaptive_predicates.py:1715), Var(pd_x, adaptive_predicates.py:1715), Var(cdx, adaptive_predicates.py:1717)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pd_x
|
del pc_x
|
del $628load_global.20
|
cdxtail = $636call_function.24 :: float64
|
del $636call_function.24
|
1765:
cdytail = Two_Diff_Tail(pc_y, pd_y, cdy)
$640load_global.25 = global(Two_Diff_Tail: CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>)) :: type(CPUDispatcher(<function Two_Diff_Tail at 0x7f51d4cc5f80>))
|
$648call_function.29 = call $640load_global.25(pc_y, pd_y, cdy, func=$640load_global.25, args=[Var(pc_y, adaptive_predicates.py:1715), Var(pd_y, adaptive_predicates.py:1715), Var(cdy, adaptive_predicates.py:1720)], kws=(), vararg=None) :: (float64, float64, float64) -> float64
|
del pd_y
|
del pc_y
|
del $640load_global.25
|
cdytail = $648call_function.29 :: float64
|
del $648call_function.29
|
1766:
if (adxtail == 0.0) and (bdxtail == 0.0) and (cdxtail == 0.0) and \
$const654.31 = const(float, 0.0) :: float64
|
$656compare_op.32 = adxtail == $const654.31 :: bool
|
del $const654.31
|
branch $656compare_op.32, 662, 720
|
label 662
|
del $656compare_op.32
|
$const664.1 = const(float, 0.0) :: float64
|
$666compare_op.2 = bdxtail == $const664.1 :: bool
|
del $const664.1
|
branch $666compare_op.2, 672, 720
|
label 672
|
del $666compare_op.2
|
$const674.1 = const(float, 0.0) :: float64
|
$676compare_op.2 = cdxtail == $const674.1 :: bool
|
del $const674.1
|
branch $676compare_op.2, 682, 720
|
1767:
(adytail == 0.0) and (bdytail == 0.0) and (cdytail == 0.0):
label 682
|
del $676compare_op.2
|
$const684.1 = const(float, 0.0) :: float64
|
$686compare_op.2 = adytail == $const684.1 :: bool
|
del $const684.1
|
branch $686compare_op.2, 692, 720
|
label 692
|
del $686compare_op.2
|
$const694.1 = const(float, 0.0) :: float64
|
$696compare_op.2 = bdytail == $const694.1 :: bool
|
del $const694.1
|
branch $696compare_op.2, 702, 720
|
label 702
|
del $696compare_op.2
|
$const704.1 = const(float, 0.0) :: float64
|
$706compare_op.2 = cdytail == $const704.1 :: bool
|
del $const704.1
|
branch $706compare_op.2, 712, 720
|
1768:
return det, 3
label 712
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del splitter
|
del resulterrbound
|
del permanent
|
del iccerrboundC
|
del finlength
|
del fin2
|
del fin1
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cdytail
|
del cdy
|
del cdxtail
|
del cdx
|
del cc
|
del catt
|
del cat
|
del ca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bdytail
|
del bdy
|
del bdxtail
|
del bdx
|
del bctt
|
del bct
|
del bc
|
del bb
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del adytail
|
del ady
|
del adxtail
|
del adx
|
del abtt
|
del abt
|
del ab
|
del aa
|
del $706compare_op.2
|
$const714.1 = const(int, 3) :: Literal[int](3)
|
$716build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:1755), Var($const714.1, adaptive_predicates.py:1768)]) :: Tuple(float64, Literal[int](3))
|
del det
|
del $const714.1
|
$718return_value.3 = cast(value=$716build_tuple.2) :: Tuple(float64, Literal[int](3))
|
del $716build_tuple.2
|
return $718return_value.3
|
1769:
1770:
1771:
errbound = iccerrboundC * permanent + resulterrbound * np.abs(det)
label 720
|
del $706compare_op.2
|
del $696compare_op.2
|
del $686compare_op.2
|
del $676compare_op.2
|
del $666compare_op.2
|
del $656compare_op.32
|
$724binary_multiply.2 = iccerrboundC * permanent :: float64
|
del permanent
|
del iccerrboundC
|
$728load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$730load_method.5 = getattr(value=$728load_global.4, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $728load_global.4
|
$734call_method.7 = call $730load_method.5(det, func=$730load_method.5, args=[Var(det, adaptive_predicates.py:1755)], kws=(), vararg=None) :: (float64,) -> float64
|
del $730load_method.5
|
$736binary_multiply.8 = resulterrbound * $734call_method.7 :: float64
|
del resulterrbound
|
del $734call_method.7
|
$738binary_add.9 = $724binary_multiply.2 + $736binary_multiply.8 :: float64
|
del $736binary_multiply.8
|
del $724binary_multiply.2
|
errbound = $738binary_add.9 :: float64
|
del $738binary_add.9
|
1772:
det += ((adx * adx + ady * ady) * ((bdx * cdytail + cdy * bdxtail)
1773:
- (bdy * cdxtail + cdx * bdytail))
1774:
+ 2.0*(adx * adxtail + ady * adytail)*(bdx * cdy - bdy * cdx)) + \
1775:
((bdx * bdx + bdy * bdy) * ((cdx * adytail + ady * cdxtail)
1776:
- (cdy * adxtail + adx * cdytail))
1777:
+ 2.0*(bdx * bdxtail + bdy * bdytail)*(cdx * ady - cdy * adx)) + \
$748binary_multiply.13 = adx * adx :: float64
|
$754binary_multiply.16 = ady * ady :: float64
|
$756binary_add.17 = $748binary_multiply.13 + $754binary_multiply.16 :: float64
|
del $754binary_multiply.16
|
del $748binary_multiply.13
|
$762binary_multiply.20 = bdx * cdytail :: float64
|
$768binary_multiply.23 = cdy * bdxtail :: float64
|
$770binary_add.24 = $762binary_multiply.20 + $768binary_multiply.23 :: float64
|
del $768binary_multiply.23
|
del $762binary_multiply.20
|
$776binary_multiply.27 = bdy * cdxtail :: float64
|
$782binary_multiply.30 = cdx * bdytail :: float64
|
$784binary_add.31 = $776binary_multiply.27 + $782binary_multiply.30 :: float64
|
del $782binary_multiply.30
|
del $776binary_multiply.27
|
$786binary_subtract.32 = $770binary_add.24 - $784binary_add.31 :: float64
|
del $784binary_add.31
|
del $770binary_add.24
|
$788binary_multiply.33 = $756binary_add.17 * $786binary_subtract.32 :: float64
|
del $786binary_subtract.32
|
del $756binary_add.17
|
$const790.34 = const(float, 2.0) :: float64
|
$796binary_multiply.37 = adx * adxtail :: float64
|
$802binary_multiply.40 = ady * adytail :: float64
|
$804binary_add.41 = $796binary_multiply.37 + $802binary_multiply.40 :: float64
|
del $802binary_multiply.40
|
del $796binary_multiply.37
|
$806binary_multiply.42 = $const790.34 * $804binary_add.41 :: float64
|
del $const790.34
|
del $804binary_add.41
|
$812binary_multiply.45 = bdx * cdy :: float64
|
$818binary_multiply.48 = bdy * cdx :: float64
|
$820binary_subtract.49 = $812binary_multiply.45 - $818binary_multiply.48 :: float64
|
del $818binary_multiply.48
|
del $812binary_multiply.45
|
$822binary_multiply.50 = $806binary_multiply.42 * $820binary_subtract.49 :: float64
|
del $820binary_subtract.49
|
del $806binary_multiply.42
|
$824binary_add.51 = $788binary_multiply.33 + $822binary_multiply.50 :: float64
|
del $822binary_multiply.50
|
del $788binary_multiply.33
|
$830binary_multiply.54 = bdx * bdx :: float64
|
$836binary_multiply.57 = bdy * bdy :: float64
|
$838binary_add.58 = $830binary_multiply.54 + $836binary_multiply.57 :: float64
|
del $836binary_multiply.57
|
del $830binary_multiply.54
|
$844binary_multiply.61 = cdx * adytail :: float64
|
$850binary_multiply.64 = ady * cdxtail :: float64
|
$852binary_add.65 = $844binary_multiply.61 + $850binary_multiply.64 :: float64
|
del $850binary_multiply.64
|
del $844binary_multiply.61
|
$858binary_multiply.68 = cdy * adxtail :: float64
|
$864binary_multiply.71 = adx * cdytail :: float64
|
$866binary_add.72 = $858binary_multiply.68 + $864binary_multiply.71 :: float64
|
del $864binary_multiply.71
|
del $858binary_multiply.68
|
$868binary_subtract.73 = $852binary_add.65 - $866binary_add.72 :: float64
|
del $866binary_add.72
|
del $852binary_add.65
|
$870binary_multiply.74 = $838binary_add.58 * $868binary_subtract.73 :: float64
|
del $868binary_subtract.73
|
del $838binary_add.58
|
$const872.75 = const(float, 2.0) :: float64
|
$878binary_multiply.78 = bdx * bdxtail :: float64
|
$884binary_multiply.81 = bdy * bdytail :: float64
|
$886binary_add.82 = $878binary_multiply.78 + $884binary_multiply.81 :: float64
|
del $884binary_multiply.81
|
del $878binary_multiply.78
|
$888binary_multiply.83 = $const872.75 * $886binary_add.82 :: float64
|
del $const872.75
|
del $886binary_add.82
|
$894binary_multiply.86 = cdx * ady :: float64
|
$900binary_multiply.89 = cdy * adx :: float64
|
$902binary_subtract.90 = $894binary_multiply.86 - $900binary_multiply.89 :: float64
|
del $900binary_multiply.89
|
del $894binary_multiply.86
|
$904binary_multiply.91 = $888binary_multiply.83 * $902binary_subtract.90 :: float64
|
del $902binary_subtract.90
|
del $888binary_multiply.83
|
$906binary_add.92 = $870binary_multiply.74 + $904binary_multiply.91 :: float64
|
del $904binary_multiply.91
|
del $870binary_multiply.74
|
$908binary_add.93 = $824binary_add.51 + $906binary_add.92 :: float64
|
del $906binary_add.92
|
del $824binary_add.51
|
1778:
((cdx * cdx + cdy * cdy) * ((adx * bdytail + bdy * adxtail)
$914binary_multiply.96 = cdx * cdx :: float64
|
$920binary_multiply.99 = cdy * cdy :: float64
|
$922binary_add.100 = $914binary_multiply.96 + $920binary_multiply.99 :: float64
|
del $920binary_multiply.99
|
del $914binary_multiply.96
|
$928binary_multiply.103 = adx * bdytail :: float64
|
$934binary_multiply.106 = bdy * adxtail :: float64
|
$936binary_add.107 = $928binary_multiply.103 + $934binary_multiply.106 :: float64
|
del $934binary_multiply.106
|
del $928binary_multiply.103
|
1779:
- (ady * bdxtail + bdx * adytail))
$942binary_multiply.110 = ady * bdxtail :: float64
|
$948binary_multiply.113 = bdx * adytail :: float64
|
$950binary_add.114 = $942binary_multiply.110 + $948binary_multiply.113 :: float64
|
del $948binary_multiply.113
|
del $942binary_multiply.110
|
$952binary_subtract.115 = $936binary_add.107 - $950binary_add.114 :: float64
|
del $950binary_add.114
|
del $936binary_add.107
|
$954binary_multiply.116 = $922binary_add.100 * $952binary_subtract.115 :: float64
|
del $952binary_subtract.115
|
del $922binary_add.100
|
1780:
+ 2.0*(cdx * cdxtail + cdy * cdytail)*(adx * bdy - ady * bdx))
$const956.117 = const(float, 2.0) :: float64
|
$962binary_multiply.120 = cdx * cdxtail :: float64
|
$968binary_multiply.123 = cdy * cdytail :: float64
|
$970binary_add.124 = $962binary_multiply.120 + $968binary_multiply.123 :: float64
|
del $968binary_multiply.123
|
del $962binary_multiply.120
|
$972binary_multiply.125 = $const956.117 * $970binary_add.124 :: float64
|
del $const956.117
|
del $970binary_add.124
|
$978binary_multiply.128 = adx * bdy :: float64
|
$984binary_multiply.131 = ady * bdx :: float64
|
$986binary_subtract.132 = $978binary_multiply.128 - $984binary_multiply.131 :: float64
|
del $984binary_multiply.131
|
del $978binary_multiply.128
|
$988binary_multiply.133 = $972binary_multiply.125 * $986binary_subtract.132 :: float64
|
del $986binary_subtract.132
|
del $972binary_multiply.125
|
$990binary_add.134 = $954binary_multiply.116 + $988binary_multiply.133 :: float64
|
del $988binary_multiply.133
|
del $954binary_multiply.116
|
$992binary_add.135 = $908binary_add.93 + $990binary_add.134 :: float64
|
del $990binary_add.134
|
del $908binary_add.93
|
$994inplace_add.136 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=det, rhs=$992binary_add.135, static_lhs=Undefined, static_rhs=Undefined) :: float64
|
del $992binary_add.135
|
det = $994inplace_add.136 :: float64
|
del $994inplace_add.136
|
1781:
if (det >= errbound) or (-det >= errbound):
$1002compare_op.139 = det >= errbound :: bool
|
branch $1002compare_op.139, 1020, 1008
|
label 1008
|
del $1002compare_op.139
|
$1010unary_negative.1 = unary(fn=<built-in function neg>, value=det) :: float64
|
$1014compare_op.3 = $1010unary_negative.1 >= errbound :: bool
|
del errbound
|
del $1010unary_negative.1
|
branch $1014compare_op.3, 1020, 1028
|
1782:
return det, 4
label 1020
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del splitter
|
del finlength
|
del fin2
|
del fin1
|
del errbound
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cdytail
|
del cdy
|
del cdxtail
|
del cdx
|
del cc
|
del catt
|
del cat
|
del ca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bdytail
|
del bdy
|
del bdxtail
|
del bdx
|
del bctt
|
del bct
|
del bc
|
del bb
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del adytail
|
del ady
|
del adxtail
|
del adx
|
del abtt
|
del abt
|
del ab
|
del aa
|
del $1014compare_op.3
|
del $1002compare_op.139
|
$const1022.1 = const(int, 4) :: Literal[int](4)
|
$1024build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:1755), Var($const1022.1, adaptive_predicates.py:1782)]) :: Tuple(float64, Literal[int](4))
|
del det
|
del $const1022.1
|
$1026return_value.3 = cast(value=$1024build_tuple.2) :: Tuple(float64, Literal[int](4))
|
del $1024build_tuple.2
|
return $1026return_value.3
|
1783:
1784:
# finnow = fin1
1785:
# finother = fin2
1786:
1787:
if (bdxtail != 0.0) or (bdytail != 0.0) or \
label 1028
|
del det
|
del $1014compare_op.3
|
$const1030.1 = const(float, 0.0) :: float64
|
$1032compare_op.2 = bdxtail != $const1030.1 :: bool
|
del $const1030.1
|
branch $1032compare_op.2, 1068, 1038
|
label 1038
|
del $1032compare_op.2
|
$const1040.1 = const(float, 0.0) :: float64
|
$1042compare_op.2 = bdytail != $const1040.1 :: bool
|
del $const1040.1
|
branch $1042compare_op.2, 1068, 1048
|
1788:
(cdxtail != 0.0) or (cdytail != 0.0):
label 1048
|
del $1042compare_op.2
|
$const1050.1 = const(float, 0.0) :: float64
|
$1052compare_op.2 = cdxtail != $const1050.1 :: bool
|
del $const1050.1
|
branch $1052compare_op.2, 1068, 1058
|
label 1058
|
del $1052compare_op.2
|
$const1060.1 = const(float, 0.0) :: float64
|
$1062compare_op.2 = cdytail != $const1060.1 :: bool
|
del $const1060.1
|
branch $1062compare_op.2, 1068, 1134
|
1789:
adxadx1, adxadx0 = Square(adx, splitter)
label 1068
|
del $1062compare_op.2
|
del $1052compare_op.2
|
del $1042compare_op.2
|
del $1032compare_op.2
|
$1068load_global.0 = global(Square: CPUDispatcher(<function Square at 0x7f51d4cac680>)) :: type(CPUDispatcher(<function Square at 0x7f51d4cac680>))
|
$1074call_function.3 = call $1068load_global.0(adx, splitter, func=$1068load_global.0, args=[Var(adx, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $1068load_global.0
|
$1076unpack_sequence.6 = exhaust_iter(value=$1074call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $1074call_function.3
|
$1076unpack_sequence.4 = static_getitem(value=$1076unpack_sequence.6, index=0, index_var=None) :: float64
|
$1076unpack_sequence.5 = static_getitem(value=$1076unpack_sequence.6, index=1, index_var=None) :: float64
|
del $1076unpack_sequence.6
|
adxadx1 = $1076unpack_sequence.4 :: float64
|
del $1076unpack_sequence.4
|
adxadx0 = $1076unpack_sequence.5 :: float64
|
del $1076unpack_sequence.5
|
1790:
adyady1, adyady0 = Square(ady, splitter)
$1082load_global.7 = global(Square: CPUDispatcher(<function Square at 0x7f51d4cac680>)) :: type(CPUDispatcher(<function Square at 0x7f51d4cac680>))
|
$1088call_function.10 = call $1082load_global.7(ady, splitter, func=$1082load_global.7, args=[Var(ady, adaptive_predicates.py:1718), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $1082load_global.7
|
$1090unpack_sequence.13 = exhaust_iter(value=$1088call_function.10, count=2) :: UniTuple(float64 x 2)
|
del $1088call_function.10
|
$1090unpack_sequence.11 = static_getitem(value=$1090unpack_sequence.13, index=0, index_var=None) :: float64
|
$1090unpack_sequence.12 = static_getitem(value=$1090unpack_sequence.13, index=1, index_var=None) :: float64
|
del $1090unpack_sequence.13
|
adyady1 = $1090unpack_sequence.11 :: float64
|
del $1090unpack_sequence.11
|
adyady0 = $1090unpack_sequence.12 :: float64
|
del $1090unpack_sequence.12
|
1791:
aa[3], aa[2], aa[1], aa[0] = Two_Two_Sum(adxadx1, adxadx0,
$1096load_global.14 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
1792:
adyady1, adyady0)
$1106call_function.19 = call $1096load_global.14(adxadx1, adxadx0, adyady1, adyady0, func=$1096load_global.14, args=[Var(adxadx1, adaptive_predicates.py:1789), Var(adxadx0, adaptive_predicates.py:1789), Var(adyady1, adaptive_predicates.py:1790), Var(adyady0, adaptive_predicates.py:1790)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del adyady1
|
del adyady0
|
del adxadx1
|
del adxadx0
|
del $1096load_global.14
|
$1108unpack_sequence.24 = exhaust_iter(value=$1106call_function.19, count=4) :: UniTuple(float64 x 4)
|
del $1106call_function.19
|
$1108unpack_sequence.20 = static_getitem(value=$1108unpack_sequence.24, index=0, index_var=None) :: float64
|
$1108unpack_sequence.21 = static_getitem(value=$1108unpack_sequence.24, index=1, index_var=None) :: float64
|
$1108unpack_sequence.22 = static_getitem(value=$1108unpack_sequence.24, index=2, index_var=None) :: float64
|
$1108unpack_sequence.23 = static_getitem(value=$1108unpack_sequence.24, index=3, index_var=None) :: float64
|
del $1108unpack_sequence.24
|
$const1112.26 = const(int, 3) :: Literal[int](3)
|
aa[3] = $1108unpack_sequence.20
|
del $const1112.26
|
del $1108unpack_sequence.20
|
$const1118.28 = const(int, 2) :: Literal[int](2)
|
aa[2] = $1108unpack_sequence.21
|
del $const1118.28
|
del $1108unpack_sequence.21
|
$const1124.30 = const(int, 1) :: Literal[int](1)
|
aa[1] = $1108unpack_sequence.22
|
del $const1124.30
|
del $1108unpack_sequence.22
|
$const1130.32 = const(int, 0) :: Literal[int](0)
|
aa[0] = $1108unpack_sequence.23
|
del $const1130.32
|
del $1108unpack_sequence.23
|
1793:
1794:
if (cdxtail != 0.0) or (cdytail != 0.0) or \
jump 1134
|
label 1134
|
del $1062compare_op.2
|
$const1136.1 = const(float, 0.0) :: float64
|
$1138compare_op.2 = cdxtail != $const1136.1 :: bool
|
del $const1136.1
|
branch $1138compare_op.2, 1174, 1144
|
label 1144
|
del $1138compare_op.2
|
$const1146.1 = const(float, 0.0) :: float64
|
$1148compare_op.2 = cdytail != $const1146.1 :: bool
|
del $const1146.1
|
branch $1148compare_op.2, 1174, 1154
|
1795:
(adxtail != 0.0) or (adytail != 0.0):
label 1154
|
del $1148compare_op.2
|
$const1156.1 = const(float, 0.0) :: float64
|
$1158compare_op.2 = adxtail != $const1156.1 :: bool
|
del $const1156.1
|
branch $1158compare_op.2, 1174, 1164
|
label 1164
|
del $1158compare_op.2
|
$const1166.1 = const(float, 0.0) :: float64
|
$1168compare_op.2 = adytail != $const1166.1 :: bool
|
del $const1166.1
|
branch $1168compare_op.2, 1174, 1240
|
1796:
bdxbdx1, bdxbdx0 = Square(bdx, splitter)
label 1174
|
del $1168compare_op.2
|
del $1158compare_op.2
|
del $1148compare_op.2
|
del $1138compare_op.2
|
$1174load_global.0 = global(Square: CPUDispatcher(<function Square at 0x7f51d4cac680>)) :: type(CPUDispatcher(<function Square at 0x7f51d4cac680>))
|
$1180call_function.3 = call $1174load_global.0(bdx, splitter, func=$1174load_global.0, args=[Var(bdx, adaptive_predicates.py:1716), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $1174load_global.0
|
$1182unpack_sequence.6 = exhaust_iter(value=$1180call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $1180call_function.3
|
$1182unpack_sequence.4 = static_getitem(value=$1182unpack_sequence.6, index=0, index_var=None) :: float64
|
$1182unpack_sequence.5 = static_getitem(value=$1182unpack_sequence.6, index=1, index_var=None) :: float64
|
del $1182unpack_sequence.6
|
bdxbdx1 = $1182unpack_sequence.4 :: float64
|
del $1182unpack_sequence.4
|
bdxbdx0 = $1182unpack_sequence.5 :: float64
|
del $1182unpack_sequence.5
|
1797:
bdybdy1, bdybdy0 = Square(bdy, splitter)
$1188load_global.7 = global(Square: CPUDispatcher(<function Square at 0x7f51d4cac680>)) :: type(CPUDispatcher(<function Square at 0x7f51d4cac680>))
|
$1194call_function.10 = call $1188load_global.7(bdy, splitter, func=$1188load_global.7, args=[Var(bdy, adaptive_predicates.py:1719), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $1188load_global.7
|
$1196unpack_sequence.13 = exhaust_iter(value=$1194call_function.10, count=2) :: UniTuple(float64 x 2)
|
del $1194call_function.10
|
$1196unpack_sequence.11 = static_getitem(value=$1196unpack_sequence.13, index=0, index_var=None) :: float64
|
$1196unpack_sequence.12 = static_getitem(value=$1196unpack_sequence.13, index=1, index_var=None) :: float64
|
del $1196unpack_sequence.13
|
bdybdy1 = $1196unpack_sequence.11 :: float64
|
del $1196unpack_sequence.11
|
bdybdy0 = $1196unpack_sequence.12 :: float64
|
del $1196unpack_sequence.12
|
1798:
bb[3], bb[2], bb[1], bb[0] = Two_Two_Sum(bdxbdx1, bdxbdx0,
$1202load_global.14 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
1799:
bdybdy1, bdybdy0)
$1212call_function.19 = call $1202load_global.14(bdxbdx1, bdxbdx0, bdybdy1, bdybdy0, func=$1202load_global.14, args=[Var(bdxbdx1, adaptive_predicates.py:1796), Var(bdxbdx0, adaptive_predicates.py:1796), Var(bdybdy1, adaptive_predicates.py:1797), Var(bdybdy0, adaptive_predicates.py:1797)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del bdybdy1
|
del bdybdy0
|
del bdxbdx1
|
del bdxbdx0
|
del $1202load_global.14
|
$1214unpack_sequence.24 = exhaust_iter(value=$1212call_function.19, count=4) :: UniTuple(float64 x 4)
|
del $1212call_function.19
|
$1214unpack_sequence.20 = static_getitem(value=$1214unpack_sequence.24, index=0, index_var=None) :: float64
|
$1214unpack_sequence.21 = static_getitem(value=$1214unpack_sequence.24, index=1, index_var=None) :: float64
|
$1214unpack_sequence.22 = static_getitem(value=$1214unpack_sequence.24, index=2, index_var=None) :: float64
|
$1214unpack_sequence.23 = static_getitem(value=$1214unpack_sequence.24, index=3, index_var=None) :: float64
|
del $1214unpack_sequence.24
|
$const1218.26 = const(int, 3) :: Literal[int](3)
|
bb[3] = $1214unpack_sequence.20
|
del $const1218.26
|
del $1214unpack_sequence.20
|
$const1224.28 = const(int, 2) :: Literal[int](2)
|
bb[2] = $1214unpack_sequence.21
|
del $const1224.28
|
del $1214unpack_sequence.21
|
$const1230.30 = const(int, 1) :: Literal[int](1)
|
bb[1] = $1214unpack_sequence.22
|
del $const1230.30
|
del $1214unpack_sequence.22
|
$const1236.32 = const(int, 0) :: Literal[int](0)
|
bb[0] = $1214unpack_sequence.23
|
del $const1236.32
|
del $1214unpack_sequence.23
|
1800:
1801:
if (adxtail != 0.0) or (adytail != 0.0) or \
jump 1240
|
label 1240
|
del $1168compare_op.2
|
$const1242.1 = const(float, 0.0) :: float64
|
$1244compare_op.2 = adxtail != $const1242.1 :: bool
|
del $const1242.1
|
branch $1244compare_op.2, 1280, 1250
|
label 1250
|
del $1244compare_op.2
|
$const1252.1 = const(float, 0.0) :: float64
|
$1254compare_op.2 = adytail != $const1252.1 :: bool
|
del $const1252.1
|
branch $1254compare_op.2, 1280, 1260
|
1802:
(bdxtail != 0.0) or (bdytail != 0.0):
label 1260
|
del $1254compare_op.2
|
$const1262.1 = const(float, 0.0) :: float64
|
$1264compare_op.2 = bdxtail != $const1262.1 :: bool
|
del $const1262.1
|
branch $1264compare_op.2, 1280, 1270
|
label 1270
|
del $1264compare_op.2
|
$const1272.1 = const(float, 0.0) :: float64
|
$1274compare_op.2 = bdytail != $const1272.1 :: bool
|
del $const1272.1
|
branch $1274compare_op.2, 1280, 1346
|
1803:
cdxcdx1, cdxcdx0 = Square(cdx, splitter)
label 1280
|
del $1274compare_op.2
|
del $1264compare_op.2
|
del $1254compare_op.2
|
del $1244compare_op.2
|
$1280load_global.0 = global(Square: CPUDispatcher(<function Square at 0x7f51d4cac680>)) :: type(CPUDispatcher(<function Square at 0x7f51d4cac680>))
|
$1286call_function.3 = call $1280load_global.0(cdx, splitter, func=$1280load_global.0, args=[Var(cdx, adaptive_predicates.py:1717), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $1280load_global.0
|
$1288unpack_sequence.6 = exhaust_iter(value=$1286call_function.3, count=2) :: UniTuple(float64 x 2)
|
del $1286call_function.3
|
$1288unpack_sequence.4 = static_getitem(value=$1288unpack_sequence.6, index=0, index_var=None) :: float64
|
$1288unpack_sequence.5 = static_getitem(value=$1288unpack_sequence.6, index=1, index_var=None) :: float64
|
del $1288unpack_sequence.6
|
cdxcdx1 = $1288unpack_sequence.4 :: float64
|
del $1288unpack_sequence.4
|
cdxcdx0 = $1288unpack_sequence.5 :: float64
|
del $1288unpack_sequence.5
|
1804:
cdycdy1, cdycdy0 = Square(cdy, splitter)
$1294load_global.7 = global(Square: CPUDispatcher(<function Square at 0x7f51d4cac680>)) :: type(CPUDispatcher(<function Square at 0x7f51d4cac680>))
|
$1300call_function.10 = call $1294load_global.7(cdy, splitter, func=$1294load_global.7, args=[Var(cdy, adaptive_predicates.py:1720), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64) -> UniTuple(float64 x 2)
|
del $1294load_global.7
|
$1302unpack_sequence.13 = exhaust_iter(value=$1300call_function.10, count=2) :: UniTuple(float64 x 2)
|
del $1300call_function.10
|
$1302unpack_sequence.11 = static_getitem(value=$1302unpack_sequence.13, index=0, index_var=None) :: float64
|
$1302unpack_sequence.12 = static_getitem(value=$1302unpack_sequence.13, index=1, index_var=None) :: float64
|
del $1302unpack_sequence.13
|
cdycdy1 = $1302unpack_sequence.11 :: float64
|
del $1302unpack_sequence.11
|
cdycdy0 = $1302unpack_sequence.12 :: float64
|
del $1302unpack_sequence.12
|
1805:
cc[3], cc[2], cc[1], cc[0] = Two_Two_Sum(cdxcdx1, cdxcdx0,
$1308load_global.14 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
1806:
cdycdy1, cdycdy0)
$1318call_function.19 = call $1308load_global.14(cdxcdx1, cdxcdx0, cdycdy1, cdycdy0, func=$1308load_global.14, args=[Var(cdxcdx1, adaptive_predicates.py:1803), Var(cdxcdx0, adaptive_predicates.py:1803), Var(cdycdy1, adaptive_predicates.py:1804), Var(cdycdy0, adaptive_predicates.py:1804)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del cdycdy1
|
del cdycdy0
|
del cdxcdx1
|
del cdxcdx0
|
del $1308load_global.14
|
$1320unpack_sequence.24 = exhaust_iter(value=$1318call_function.19, count=4) :: UniTuple(float64 x 4)
|
del $1318call_function.19
|
$1320unpack_sequence.20 = static_getitem(value=$1320unpack_sequence.24, index=0, index_var=None) :: float64
|
$1320unpack_sequence.21 = static_getitem(value=$1320unpack_sequence.24, index=1, index_var=None) :: float64
|
$1320unpack_sequence.22 = static_getitem(value=$1320unpack_sequence.24, index=2, index_var=None) :: float64
|
$1320unpack_sequence.23 = static_getitem(value=$1320unpack_sequence.24, index=3, index_var=None) :: float64
|
del $1320unpack_sequence.24
|
$const1324.26 = const(int, 3) :: Literal[int](3)
|
cc[3] = $1320unpack_sequence.20
|
del $const1324.26
|
del $1320unpack_sequence.20
|
$const1330.28 = const(int, 2) :: Literal[int](2)
|
cc[2] = $1320unpack_sequence.21
|
del $const1330.28
|
del $1320unpack_sequence.21
|
$const1336.30 = const(int, 1) :: Literal[int](1)
|
cc[1] = $1320unpack_sequence.22
|
del $const1336.30
|
del $1320unpack_sequence.22
|
$const1342.32 = const(int, 0) :: Literal[int](0)
|
cc[0] = $1320unpack_sequence.23
|
del $const1342.32
|
del $1320unpack_sequence.23
|
1807:
1808:
if adxtail != 0.0:
jump 1346
|
label 1346
|
del $1274compare_op.2
|
$const1348.1 = const(float, 0.0) :: float64
|
$1350compare_op.2 = adxtail != $const1348.1 :: bool
|
del $const1348.1
|
branch $1350compare_op.2, 1356, 1516
|
1809:
axtbclen = scale_expansion_zeroelim(4, bc, adxtail, axtbc, splitter)
label 1356
|
del $1350compare_op.2
|
$1356load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1358.1 = const(int, 4) :: Literal[int](4)
|
$1368call_function.6 = call $1356load_global.0($const1358.1, bc, adxtail, axtbc, splitter, func=$1356load_global.0, args=[Var($const1358.1, adaptive_predicates.py:1809), Var(bc, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(axtbc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1358.1
|
del $1356load_global.0
|
axtbclen = $1368call_function.6 :: int64
|
del $1368call_function.6
|
1810:
temp16alen = scale_expansion_zeroelim(axtbclen, axtbc, 2.0 * adx,
$1372load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1378.10 = const(float, 2.0) :: float64
|
$1382binary_multiply.12 = $const1378.10 * adx :: float64
|
del $const1378.10
|
1811:
temp16a, splitter)
$1388call_function.15 = call $1372load_global.7(axtbclen, axtbc, $1382binary_multiply.12, temp16a, splitter, func=$1372load_global.7, args=[Var(axtbclen, adaptive_predicates.py:1809), Var(axtbc, adaptive_predicates.py:1715), Var($1382binary_multiply.12, adaptive_predicates.py:1810), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $1382binary_multiply.12
|
del $1372load_global.7
|
temp16alen = $1388call_function.15 :: int64
|
del $1388call_function.15
|
1812:
1813:
axtcclen = scale_expansion_zeroelim(4, cc, adxtail, axtcc, splitter)
$1392load_global.16 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1394.17 = const(int, 4) :: Literal[int](4)
|
$1404call_function.22 = call $1392load_global.16($const1394.17, cc, adxtail, axtcc, splitter, func=$1392load_global.16, args=[Var($const1394.17, adaptive_predicates.py:1813), Var(cc, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(axtcc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1394.17
|
del $1392load_global.16
|
axtcclen = $1404call_function.22 :: int64
|
del $1404call_function.22
|
1814:
temp16blen = scale_expansion_zeroelim(axtcclen, axtcc, bdy, temp16b,
$1408load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1815:
splitter)
$1420call_function.29 = call $1408load_global.23(axtcclen, axtcc, bdy, temp16b, splitter, func=$1408load_global.23, args=[Var(axtcclen, adaptive_predicates.py:1813), Var(axtcc, adaptive_predicates.py:1715), Var(bdy, adaptive_predicates.py:1719), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del axtcclen
|
del axtcc
|
del $1408load_global.23
|
temp16blen = $1420call_function.29 :: int64
|
del $1420call_function.29
|
1816:
1817:
axtbblen = scale_expansion_zeroelim(4, bb, adxtail, axtbb, splitter)
$1424load_global.30 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1426.31 = const(int, 4) :: Literal[int](4)
|
$1436call_function.36 = call $1424load_global.30($const1426.31, bb, adxtail, axtbb, splitter, func=$1424load_global.30, args=[Var($const1426.31, adaptive_predicates.py:1817), Var(bb, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(axtbb, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1426.31
|
del $1424load_global.30
|
axtbblen = $1436call_function.36 :: int64
|
del $1436call_function.36
|
1818:
temp16clen = scale_expansion_zeroelim(axtbblen, axtbb, -cdy, temp16c,
$1440load_global.37 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$1448unary_negative.41 = unary(fn=<built-in function neg>, value=cdy) :: float64
|
1819:
splitter)
$1454call_function.44 = call $1440load_global.37(axtbblen, axtbb, $1448unary_negative.41, temp16c, splitter, func=$1440load_global.37, args=[Var(axtbblen, adaptive_predicates.py:1817), Var(axtbb, adaptive_predicates.py:1715), Var($1448unary_negative.41, adaptive_predicates.py:1818), Var(temp16c, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del axtbblen
|
del axtbb
|
del $1448unary_negative.41
|
del $1440load_global.37
|
temp16clen = $1454call_function.44 :: int64
|
del $1454call_function.44
|
1820:
1821:
temp32alen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$1458load_global.45 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1822:
temp16blen, temp16b, temp32a)
$1470call_function.51 = call $1458load_global.45(temp16alen, temp16a, temp16blen, temp16b, temp32a, func=$1458load_global.45, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32a, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $1458load_global.45
|
temp32alen = $1470call_function.51 :: int64
|
del $1470call_function.51
|
1823:
temp48len = fast_expansion_sum_zeroelim(temp16clen, temp16c,
$1474load_global.52 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1824:
temp32alen, temp32a, temp48)
$1486call_function.58 = call $1474load_global.52(temp16clen, temp16c, temp32alen, temp32a, temp48, func=$1474load_global.52, args=[Var(temp16clen, adaptive_predicates.py:1819), Var(temp16c, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16clen
|
del $1474load_global.52
|
temp48len = $1486call_function.58 :: int64
|
del $1486call_function.58
|
1825:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow, temp48len,
1826:
# temp48, finother)
1827:
finlength = fast_expansion_sum_zeroelim(finlength, fin1, temp48len,
$1490load_global.59 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1828:
temp48, fin2)
$1502call_function.65 = call $1490load_global.59(finlength, fin1, temp48len, temp48, fin2, func=$1490load_global.59, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $1490load_global.59
|
finlength = $1502call_function.65 :: int64
|
del $1502call_function.65
|
1829:
# finswap = finnow
1830:
# finnow = finother
1831:
# finother = finswap
1832:
swap(fin1, fin2)
$1506load_global.66 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$1512call_function.69 = call $1506load_global.66(fin1, fin2, func=$1506load_global.66, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $1512call_function.69
|
del $1506load_global.66
|
1833:
1834:
if adytail != 0.0:
jump 1516
|
label 1516
|
del axtcc
|
del axtbb
|
del $1350compare_op.2
|
$const1518.1 = const(float, 0.0) :: float64
|
$1520compare_op.2 = adytail != $const1518.1 :: bool
|
del $const1518.1
|
branch $1520compare_op.2, 1526, 1686
|
1835:
aytbclen = scale_expansion_zeroelim(4, bc, adytail, aytbc, splitter)
label 1526
|
del $1520compare_op.2
|
$1526load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1528.1 = const(int, 4) :: Literal[int](4)
|
$1538call_function.6 = call $1526load_global.0($const1528.1, bc, adytail, aytbc, splitter, func=$1526load_global.0, args=[Var($const1528.1, adaptive_predicates.py:1835), Var(bc, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(aytbc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bc
|
del $const1528.1
|
del $1526load_global.0
|
aytbclen = $1538call_function.6 :: int64
|
del $1538call_function.6
|
1836:
temp16alen = scale_expansion_zeroelim(aytbclen, aytbc, 2.0 * ady,
$1542load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1548.10 = const(float, 2.0) :: float64
|
$1552binary_multiply.12 = $const1548.10 * ady :: float64
|
del $const1548.10
|
1837:
temp16a, splitter)
$1558call_function.15 = call $1542load_global.7(aytbclen, aytbc, $1552binary_multiply.12, temp16a, splitter, func=$1542load_global.7, args=[Var(aytbclen, adaptive_predicates.py:1835), Var(aytbc, adaptive_predicates.py:1715), Var($1552binary_multiply.12, adaptive_predicates.py:1836), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $1552binary_multiply.12
|
del $1542load_global.7
|
temp16alen = $1558call_function.15 :: int64
|
del $1558call_function.15
|
1838:
1839:
aytbblen = scale_expansion_zeroelim(4, bb, adytail, aytbb, splitter)
$1562load_global.16 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1564.17 = const(int, 4) :: Literal[int](4)
|
$1574call_function.22 = call $1562load_global.16($const1564.17, bb, adytail, aytbb, splitter, func=$1562load_global.16, args=[Var($const1564.17, adaptive_predicates.py:1839), Var(bb, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(aytbb, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1564.17
|
del $1562load_global.16
|
aytbblen = $1574call_function.22 :: int64
|
del $1574call_function.22
|
1840:
temp16blen = scale_expansion_zeroelim(aytbblen, aytbb, cdx, temp16b,
$1578load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1841:
splitter)
$1590call_function.29 = call $1578load_global.23(aytbblen, aytbb, cdx, temp16b, splitter, func=$1578load_global.23, args=[Var(aytbblen, adaptive_predicates.py:1839), Var(aytbb, adaptive_predicates.py:1715), Var(cdx, adaptive_predicates.py:1717), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del aytbblen
|
del aytbb
|
del $1578load_global.23
|
temp16blen = $1590call_function.29 :: int64
|
del $1590call_function.29
|
1842:
1843:
aytcclen = scale_expansion_zeroelim(4, cc, adytail, aytcc, splitter)
$1594load_global.30 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1596.31 = const(int, 4) :: Literal[int](4)
|
$1606call_function.36 = call $1594load_global.30($const1596.31, cc, adytail, aytcc, splitter, func=$1594load_global.30, args=[Var($const1596.31, adaptive_predicates.py:1843), Var(cc, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(aytcc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1596.31
|
del $1594load_global.30
|
aytcclen = $1606call_function.36 :: int64
|
del $1606call_function.36
|
1844:
temp16clen = scale_expansion_zeroelim(aytcclen, aytcc, -bdx, temp16c,
$1610load_global.37 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$1618unary_negative.41 = unary(fn=<built-in function neg>, value=bdx) :: float64
|
1845:
splitter)
$1624call_function.44 = call $1610load_global.37(aytcclen, aytcc, $1618unary_negative.41, temp16c, splitter, func=$1610load_global.37, args=[Var(aytcclen, adaptive_predicates.py:1843), Var(aytcc, adaptive_predicates.py:1715), Var($1618unary_negative.41, adaptive_predicates.py:1844), Var(temp16c, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del aytcclen
|
del aytcc
|
del $1618unary_negative.41
|
del $1610load_global.37
|
temp16clen = $1624call_function.44 :: int64
|
del $1624call_function.44
|
1846:
1847:
temp32alen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$1628load_global.45 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1848:
temp16blen, temp16b, temp32a)
$1640call_function.51 = call $1628load_global.45(temp16alen, temp16a, temp16blen, temp16b, temp32a, func=$1628load_global.45, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32a, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $1628load_global.45
|
temp32alen = $1640call_function.51 :: int64
|
del $1640call_function.51
|
1849:
temp48len = fast_expansion_sum_zeroelim(temp16clen, temp16c,
$1644load_global.52 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1850:
temp32alen, temp32a, temp48)
$1656call_function.58 = call $1644load_global.52(temp16clen, temp16c, temp32alen, temp32a, temp48, func=$1644load_global.52, args=[Var(temp16clen, adaptive_predicates.py:1819), Var(temp16c, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16clen
|
del $1644load_global.52
|
temp48len = $1656call_function.58 :: int64
|
del $1656call_function.58
|
1851:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow, temp48len,
1852:
# temp48, finother)
1853:
finlength = fast_expansion_sum_zeroelim(finlength, fin1, temp48len,
$1660load_global.59 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1854:
temp48, fin2)
$1672call_function.65 = call $1660load_global.59(finlength, fin1, temp48len, temp48, fin2, func=$1660load_global.59, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $1660load_global.59
|
finlength = $1672call_function.65 :: int64
|
del $1672call_function.65
|
1855:
# finswap = finnow
1856:
# finnow = finother
1857:
# finother = finswap
1858:
swap(fin1, fin2)
$1676load_global.66 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$1682call_function.69 = call $1676load_global.66(fin1, fin2, func=$1676load_global.66, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $1682call_function.69
|
del $1676load_global.66
|
1859:
1860:
if bdxtail != 0.0:
jump 1686
|
label 1686
|
del bc
|
del aytcc
|
del aytbb
|
del $1520compare_op.2
|
$const1688.1 = const(float, 0.0) :: float64
|
$1690compare_op.2 = bdxtail != $const1688.1 :: bool
|
del $const1688.1
|
branch $1690compare_op.2, 1696, 1856
|
1861:
bxtcalen = scale_expansion_zeroelim(4, ca, bdxtail, bxtca, splitter)
label 1696
|
del $1690compare_op.2
|
$1696load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1698.1 = const(int, 4) :: Literal[int](4)
|
$1708call_function.6 = call $1696load_global.0($const1698.1, ca, bdxtail, bxtca, splitter, func=$1696load_global.0, args=[Var($const1698.1, adaptive_predicates.py:1861), Var(ca, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(bxtca, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1698.1
|
del $1696load_global.0
|
bxtcalen = $1708call_function.6 :: int64
|
del $1708call_function.6
|
1862:
temp16alen = scale_expansion_zeroelim(bxtcalen, bxtca, 2.0 * bdx,
$1712load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1718.10 = const(float, 2.0) :: float64
|
$1722binary_multiply.12 = $const1718.10 * bdx :: float64
|
del $const1718.10
|
1863:
temp16a, splitter)
$1728call_function.15 = call $1712load_global.7(bxtcalen, bxtca, $1722binary_multiply.12, temp16a, splitter, func=$1712load_global.7, args=[Var(bxtcalen, adaptive_predicates.py:1861), Var(bxtca, adaptive_predicates.py:1715), Var($1722binary_multiply.12, adaptive_predicates.py:1862), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $1722binary_multiply.12
|
del $1712load_global.7
|
temp16alen = $1728call_function.15 :: int64
|
del $1728call_function.15
|
1864:
1865:
bxtaalen = scale_expansion_zeroelim(4, aa, bdxtail, bxtaa, splitter)
$1732load_global.16 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1734.17 = const(int, 4) :: Literal[int](4)
|
$1744call_function.22 = call $1732load_global.16($const1734.17, aa, bdxtail, bxtaa, splitter, func=$1732load_global.16, args=[Var($const1734.17, adaptive_predicates.py:1865), Var(aa, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(bxtaa, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1734.17
|
del $1732load_global.16
|
bxtaalen = $1744call_function.22 :: int64
|
del $1744call_function.22
|
1866:
temp16blen = scale_expansion_zeroelim(bxtaalen, bxtaa, cdy, temp16b,
$1748load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1867:
splitter)
$1760call_function.29 = call $1748load_global.23(bxtaalen, bxtaa, cdy, temp16b, splitter, func=$1748load_global.23, args=[Var(bxtaalen, adaptive_predicates.py:1865), Var(bxtaa, adaptive_predicates.py:1715), Var(cdy, adaptive_predicates.py:1720), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bxtaalen
|
del bxtaa
|
del $1748load_global.23
|
temp16blen = $1760call_function.29 :: int64
|
del $1760call_function.29
|
1868:
1869:
bxtcclen = scale_expansion_zeroelim(4, cc, bdxtail, bxtcc, splitter)
$1764load_global.30 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1766.31 = const(int, 4) :: Literal[int](4)
|
$1776call_function.36 = call $1764load_global.30($const1766.31, cc, bdxtail, bxtcc, splitter, func=$1764load_global.30, args=[Var($const1766.31, adaptive_predicates.py:1869), Var(cc, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(bxtcc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1766.31
|
del $1764load_global.30
|
bxtcclen = $1776call_function.36 :: int64
|
del $1776call_function.36
|
1870:
temp16clen = scale_expansion_zeroelim(bxtcclen, bxtcc, -ady, temp16c,
$1780load_global.37 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$1788unary_negative.41 = unary(fn=<built-in function neg>, value=ady) :: float64
|
1871:
splitter)
$1794call_function.44 = call $1780load_global.37(bxtcclen, bxtcc, $1788unary_negative.41, temp16c, splitter, func=$1780load_global.37, args=[Var(bxtcclen, adaptive_predicates.py:1869), Var(bxtcc, adaptive_predicates.py:1715), Var($1788unary_negative.41, adaptive_predicates.py:1870), Var(temp16c, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bxtcclen
|
del bxtcc
|
del $1788unary_negative.41
|
del $1780load_global.37
|
temp16clen = $1794call_function.44 :: int64
|
del $1794call_function.44
|
1872:
1873:
temp32alen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$1798load_global.45 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1874:
temp16blen, temp16b, temp32a)
$1810call_function.51 = call $1798load_global.45(temp16alen, temp16a, temp16blen, temp16b, temp32a, func=$1798load_global.45, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32a, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $1798load_global.45
|
temp32alen = $1810call_function.51 :: int64
|
del $1810call_function.51
|
1875:
temp48len = fast_expansion_sum_zeroelim(temp16clen, temp16c,
$1814load_global.52 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1876:
temp32alen, temp32a, temp48)
$1826call_function.58 = call $1814load_global.52(temp16clen, temp16c, temp32alen, temp32a, temp48, func=$1814load_global.52, args=[Var(temp16clen, adaptive_predicates.py:1819), Var(temp16c, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16clen
|
del $1814load_global.52
|
temp48len = $1826call_function.58 :: int64
|
del $1826call_function.58
|
1877:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow, temp48len,
1878:
# temp48, finother)
1879:
finlength = fast_expansion_sum_zeroelim(finlength, fin1, temp48len,
$1830load_global.59 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1880:
temp48, fin2)
$1842call_function.65 = call $1830load_global.59(finlength, fin1, temp48len, temp48, fin2, func=$1830load_global.59, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $1830load_global.59
|
finlength = $1842call_function.65 :: int64
|
del $1842call_function.65
|
1881:
# finswap = finnow
1882:
# finnow = finother
1883:
# finother = finswap
1884:
swap(fin1, fin2)
$1846load_global.66 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$1852call_function.69 = call $1846load_global.66(fin1, fin2, func=$1846load_global.66, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $1852call_function.69
|
del $1846load_global.66
|
1885:
1886:
if bdytail != 0.0:
jump 1856
|
label 1856
|
del bxtcc
|
del bxtaa
|
del $1690compare_op.2
|
$const1858.1 = const(float, 0.0) :: float64
|
$1860compare_op.2 = bdytail != $const1858.1 :: bool
|
del $const1858.1
|
branch $1860compare_op.2, 1866, 2026
|
1887:
bytcalen = scale_expansion_zeroelim(4, ca, bdytail, bytca, splitter)
label 1866
|
del $1860compare_op.2
|
$1866load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1868.1 = const(int, 4) :: Literal[int](4)
|
$1878call_function.6 = call $1866load_global.0($const1868.1, ca, bdytail, bytca, splitter, func=$1866load_global.0, args=[Var($const1868.1, adaptive_predicates.py:1887), Var(ca, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(bytca, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del ca
|
del $const1868.1
|
del $1866load_global.0
|
bytcalen = $1878call_function.6 :: int64
|
del $1878call_function.6
|
1888:
temp16alen = scale_expansion_zeroelim(bytcalen, bytca, 2.0 * bdy,
$1882load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1888.10 = const(float, 2.0) :: float64
|
$1892binary_multiply.12 = $const1888.10 * bdy :: float64
|
del $const1888.10
|
1889:
temp16a, splitter)
$1898call_function.15 = call $1882load_global.7(bytcalen, bytca, $1892binary_multiply.12, temp16a, splitter, func=$1882load_global.7, args=[Var(bytcalen, adaptive_predicates.py:1887), Var(bytca, adaptive_predicates.py:1715), Var($1892binary_multiply.12, adaptive_predicates.py:1888), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $1892binary_multiply.12
|
del $1882load_global.7
|
temp16alen = $1898call_function.15 :: int64
|
del $1898call_function.15
|
1890:
1891:
bytcclen = scale_expansion_zeroelim(4, cc, bdytail, bytcc, splitter)
$1902load_global.16 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1904.17 = const(int, 4) :: Literal[int](4)
|
$1914call_function.22 = call $1902load_global.16($const1904.17, cc, bdytail, bytcc, splitter, func=$1902load_global.16, args=[Var($const1904.17, adaptive_predicates.py:1891), Var(cc, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(bytcc, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1904.17
|
del $1902load_global.16
|
bytcclen = $1914call_function.22 :: int64
|
del $1914call_function.22
|
1892:
temp16blen = scale_expansion_zeroelim(bytcclen, bytcc, adx, temp16b,
$1918load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1893:
splitter)
$1930call_function.29 = call $1918load_global.23(bytcclen, bytcc, adx, temp16b, splitter, func=$1918load_global.23, args=[Var(bytcclen, adaptive_predicates.py:1891), Var(bytcc, adaptive_predicates.py:1715), Var(adx, adaptive_predicates.py:1715), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bytcclen
|
del bytcc
|
del $1918load_global.23
|
temp16blen = $1930call_function.29 :: int64
|
del $1930call_function.29
|
1894:
1895:
bytaalen = scale_expansion_zeroelim(4, aa, bdytail, bytaa, splitter)
$1934load_global.30 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const1936.31 = const(int, 4) :: Literal[int](4)
|
$1946call_function.36 = call $1934load_global.30($const1936.31, aa, bdytail, bytaa, splitter, func=$1934load_global.30, args=[Var($const1936.31, adaptive_predicates.py:1895), Var(aa, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(bytaa, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const1936.31
|
del $1934load_global.30
|
bytaalen = $1946call_function.36 :: int64
|
del $1946call_function.36
|
1896:
temp16clen = scale_expansion_zeroelim(bytaalen, bytaa, -cdx, temp16c,
$1950load_global.37 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$1958unary_negative.41 = unary(fn=<built-in function neg>, value=cdx) :: float64
|
1897:
splitter)
$1964call_function.44 = call $1950load_global.37(bytaalen, bytaa, $1958unary_negative.41, temp16c, splitter, func=$1950load_global.37, args=[Var(bytaalen, adaptive_predicates.py:1895), Var(bytaa, adaptive_predicates.py:1715), Var($1958unary_negative.41, adaptive_predicates.py:1896), Var(temp16c, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bytaalen
|
del bytaa
|
del $1958unary_negative.41
|
del $1950load_global.37
|
temp16clen = $1964call_function.44 :: int64
|
del $1964call_function.44
|
1898:
1899:
temp32alen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$1968load_global.45 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1900:
temp16blen, temp16b, temp32a)
$1980call_function.51 = call $1968load_global.45(temp16alen, temp16a, temp16blen, temp16b, temp32a, func=$1968load_global.45, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32a, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $1968load_global.45
|
temp32alen = $1980call_function.51 :: int64
|
del $1980call_function.51
|
1901:
temp48len = fast_expansion_sum_zeroelim(temp16clen, temp16c,
$1984load_global.52 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1902:
temp32alen, temp32a, temp48)
$1996call_function.58 = call $1984load_global.52(temp16clen, temp16c, temp32alen, temp32a, temp48, func=$1984load_global.52, args=[Var(temp16clen, adaptive_predicates.py:1819), Var(temp16c, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16clen
|
del $1984load_global.52
|
temp48len = $1996call_function.58 :: int64
|
del $1996call_function.58
|
1903:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow, temp48len,
1904:
# temp48, finother)
1905:
finlength = fast_expansion_sum_zeroelim(finlength, fin1, temp48len,
$2000load_global.59 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1906:
temp48, fin2)
$2012call_function.65 = call $2000load_global.59(finlength, fin1, temp48len, temp48, fin2, func=$2000load_global.59, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $2000load_global.59
|
finlength = $2012call_function.65 :: int64
|
del $2012call_function.65
|
1907:
# finswap = finnow
1908:
# finnow = finother
1909:
# finother = finswap
1910:
swap(fin1, fin2)
$2016load_global.66 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$2022call_function.69 = call $2016load_global.66(fin1, fin2, func=$2016load_global.66, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $2022call_function.69
|
del $2016load_global.66
|
1911:
1912:
if cdxtail != 0.0:
jump 2026
|
label 2026
|
del ca
|
del bytcc
|
del bytaa
|
del $1860compare_op.2
|
$const2028.1 = const(float, 0.0) :: float64
|
$2030compare_op.2 = cdxtail != $const2028.1 :: bool
|
del $const2028.1
|
branch $2030compare_op.2, 2036, 2196
|
1913:
cxtablen = scale_expansion_zeroelim(4, ab, cdxtail, cxtab, splitter)
label 2036
|
del $2030compare_op.2
|
$2036load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2038.1 = const(int, 4) :: Literal[int](4)
|
$2048call_function.6 = call $2036load_global.0($const2038.1, ab, cdxtail, cxtab, splitter, func=$2036load_global.0, args=[Var($const2038.1, adaptive_predicates.py:1913), Var(ab, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(cxtab, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const2038.1
|
del $2036load_global.0
|
cxtablen = $2048call_function.6 :: int64
|
del $2048call_function.6
|
1914:
temp16alen = scale_expansion_zeroelim(cxtablen, cxtab, 2.0 * cdx,
$2052load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2058.10 = const(float, 2.0) :: float64
|
$2062binary_multiply.12 = $const2058.10 * cdx :: float64
|
del $const2058.10
|
1915:
temp16a, splitter)
$2068call_function.15 = call $2052load_global.7(cxtablen, cxtab, $2062binary_multiply.12, temp16a, splitter, func=$2052load_global.7, args=[Var(cxtablen, adaptive_predicates.py:1913), Var(cxtab, adaptive_predicates.py:1715), Var($2062binary_multiply.12, adaptive_predicates.py:1914), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $2062binary_multiply.12
|
del $2052load_global.7
|
temp16alen = $2068call_function.15 :: int64
|
del $2068call_function.15
|
1916:
1917:
cxtbblen = scale_expansion_zeroelim(4, bb, cdxtail, cxtbb, splitter)
$2072load_global.16 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2074.17 = const(int, 4) :: Literal[int](4)
|
$2084call_function.22 = call $2072load_global.16($const2074.17, bb, cdxtail, cxtbb, splitter, func=$2072load_global.16, args=[Var($const2074.17, adaptive_predicates.py:1917), Var(bb, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(cxtbb, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const2074.17
|
del $2072load_global.16
|
cxtbblen = $2084call_function.22 :: int64
|
del $2084call_function.22
|
1918:
temp16blen = scale_expansion_zeroelim(cxtbblen, cxtbb, ady, temp16b,
$2088load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1919:
splitter)
$2100call_function.29 = call $2088load_global.23(cxtbblen, cxtbb, ady, temp16b, splitter, func=$2088load_global.23, args=[Var(cxtbblen, adaptive_predicates.py:1917), Var(cxtbb, adaptive_predicates.py:1715), Var(ady, adaptive_predicates.py:1718), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cxtbblen
|
del cxtbb
|
del $2088load_global.23
|
temp16blen = $2100call_function.29 :: int64
|
del $2100call_function.29
|
1920:
1921:
cxtaalen = scale_expansion_zeroelim(4, aa, cdxtail, cxtaa, splitter)
$2104load_global.30 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2106.31 = const(int, 4) :: Literal[int](4)
|
$2116call_function.36 = call $2104load_global.30($const2106.31, aa, cdxtail, cxtaa, splitter, func=$2104load_global.30, args=[Var($const2106.31, adaptive_predicates.py:1921), Var(aa, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(cxtaa, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const2106.31
|
del $2104load_global.30
|
cxtaalen = $2116call_function.36 :: int64
|
del $2116call_function.36
|
1922:
temp16clen = scale_expansion_zeroelim(cxtaalen, cxtaa, -bdy, temp16c,
$2120load_global.37 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$2128unary_negative.41 = unary(fn=<built-in function neg>, value=bdy) :: float64
|
1923:
splitter)
$2134call_function.44 = call $2120load_global.37(cxtaalen, cxtaa, $2128unary_negative.41, temp16c, splitter, func=$2120load_global.37, args=[Var(cxtaalen, adaptive_predicates.py:1921), Var(cxtaa, adaptive_predicates.py:1715), Var($2128unary_negative.41, adaptive_predicates.py:1922), Var(temp16c, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cxtaalen
|
del cxtaa
|
del $2128unary_negative.41
|
del $2120load_global.37
|
temp16clen = $2134call_function.44 :: int64
|
del $2134call_function.44
|
1924:
1925:
temp32alen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$2138load_global.45 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1926:
temp16blen, temp16b, temp32a)
$2150call_function.51 = call $2138load_global.45(temp16alen, temp16a, temp16blen, temp16b, temp32a, func=$2138load_global.45, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32a, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $2138load_global.45
|
temp32alen = $2150call_function.51 :: int64
|
del $2150call_function.51
|
1927:
temp48len = fast_expansion_sum_zeroelim(temp16clen, temp16c,
$2154load_global.52 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1928:
temp32alen, temp32a, temp48)
$2166call_function.58 = call $2154load_global.52(temp16clen, temp16c, temp32alen, temp32a, temp48, func=$2154load_global.52, args=[Var(temp16clen, adaptive_predicates.py:1819), Var(temp16c, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16clen
|
del $2154load_global.52
|
temp48len = $2166call_function.58 :: int64
|
del $2166call_function.58
|
1929:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow, temp48len,
1930:
# temp48, finother)
1931:
finlength = fast_expansion_sum_zeroelim(finlength, fin1, temp48len,
$2170load_global.59 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1932:
temp48, fin2)
$2182call_function.65 = call $2170load_global.59(finlength, fin1, temp48len, temp48, fin2, func=$2170load_global.59, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $2170load_global.59
|
finlength = $2182call_function.65 :: int64
|
del $2182call_function.65
|
1933:
# finswap = finnow
1934:
# finnow = finother
1935:
# finother = finswap
1936:
swap(fin1, fin2)
$2186load_global.66 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$2192call_function.69 = call $2186load_global.66(fin1, fin2, func=$2186load_global.66, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $2192call_function.69
|
del $2186load_global.66
|
1937:
1938:
if cdytail != 0.0:
jump 2196
|
label 2196
|
del cxtbb
|
del cxtaa
|
del $2030compare_op.2
|
$const2198.1 = const(float, 0.0) :: float64
|
$2200compare_op.2 = cdytail != $const2198.1 :: bool
|
del $const2198.1
|
branch $2200compare_op.2, 2206, 2366
|
1939:
cytablen = scale_expansion_zeroelim(4, ab, cdytail, cytab, splitter)
label 2206
|
del $2200compare_op.2
|
$2206load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2208.1 = const(int, 4) :: Literal[int](4)
|
$2218call_function.6 = call $2206load_global.0($const2208.1, ab, cdytail, cytab, splitter, func=$2206load_global.0, args=[Var($const2208.1, adaptive_predicates.py:1939), Var(ab, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(cytab, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del ab
|
del $const2208.1
|
del $2206load_global.0
|
cytablen = $2218call_function.6 :: int64
|
del $2218call_function.6
|
1940:
temp16alen = scale_expansion_zeroelim(cytablen, cytab, 2.0 * cdy,
$2222load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2228.10 = const(float, 2.0) :: float64
|
$2232binary_multiply.12 = $const2228.10 * cdy :: float64
|
del $const2228.10
|
1941:
temp16a, splitter)
$2238call_function.15 = call $2222load_global.7(cytablen, cytab, $2232binary_multiply.12, temp16a, splitter, func=$2222load_global.7, args=[Var(cytablen, adaptive_predicates.py:1939), Var(cytab, adaptive_predicates.py:1715), Var($2232binary_multiply.12, adaptive_predicates.py:1940), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $2232binary_multiply.12
|
del $2222load_global.7
|
temp16alen = $2238call_function.15 :: int64
|
del $2238call_function.15
|
1942:
1943:
cytaalen = scale_expansion_zeroelim(4, aa, cdytail, cytaa, splitter)
$2242load_global.16 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2244.17 = const(int, 4) :: Literal[int](4)
|
$2254call_function.22 = call $2242load_global.16($const2244.17, aa, cdytail, cytaa, splitter, func=$2242load_global.16, args=[Var($const2244.17, adaptive_predicates.py:1943), Var(aa, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(cytaa, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const2244.17
|
del $2242load_global.16
|
cytaalen = $2254call_function.22 :: int64
|
del $2254call_function.22
|
1944:
temp16blen = scale_expansion_zeroelim(cytaalen, cytaa, bdx, temp16b,
$2258load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1945:
splitter)
$2270call_function.29 = call $2258load_global.23(cytaalen, cytaa, bdx, temp16b, splitter, func=$2258load_global.23, args=[Var(cytaalen, adaptive_predicates.py:1943), Var(cytaa, adaptive_predicates.py:1715), Var(bdx, adaptive_predicates.py:1716), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cytaalen
|
del cytaa
|
del $2258load_global.23
|
temp16blen = $2270call_function.29 :: int64
|
del $2270call_function.29
|
1946:
1947:
cytbblen = scale_expansion_zeroelim(4, bb, cdytail, cytbb, splitter)
$2274load_global.30 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2276.31 = const(int, 4) :: Literal[int](4)
|
$2286call_function.36 = call $2274load_global.30($const2276.31, bb, cdytail, cytbb, splitter, func=$2274load_global.30, args=[Var($const2276.31, adaptive_predicates.py:1947), Var(bb, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(cytbb, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const2276.31
|
del $2274load_global.30
|
cytbblen = $2286call_function.36 :: int64
|
del $2286call_function.36
|
1948:
temp16clen = scale_expansion_zeroelim(cytbblen, cytbb, -adx, temp16c,
$2290load_global.37 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$2298unary_negative.41 = unary(fn=<built-in function neg>, value=adx) :: float64
|
1949:
splitter)
$2304call_function.44 = call $2290load_global.37(cytbblen, cytbb, $2298unary_negative.41, temp16c, splitter, func=$2290load_global.37, args=[Var(cytbblen, adaptive_predicates.py:1947), Var(cytbb, adaptive_predicates.py:1715), Var($2298unary_negative.41, adaptive_predicates.py:1948), Var(temp16c, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cytbblen
|
del cytbb
|
del $2298unary_negative.41
|
del $2290load_global.37
|
temp16clen = $2304call_function.44 :: int64
|
del $2304call_function.44
|
1950:
1951:
temp32alen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$2308load_global.45 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1952:
temp16blen, temp16b, temp32a)
$2320call_function.51 = call $2308load_global.45(temp16alen, temp16a, temp16blen, temp16b, temp32a, func=$2308load_global.45, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32a, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $2308load_global.45
|
temp32alen = $2320call_function.51 :: int64
|
del $2320call_function.51
|
1953:
temp48len = fast_expansion_sum_zeroelim(temp16clen, temp16c,
$2324load_global.52 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1954:
temp32alen, temp32a, temp48)
$2336call_function.58 = call $2324load_global.52(temp16clen, temp16c, temp32alen, temp32a, temp48, func=$2324load_global.52, args=[Var(temp16clen, adaptive_predicates.py:1819), Var(temp16c, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16clen
|
del temp16c
|
del $2324load_global.52
|
temp48len = $2336call_function.58 :: int64
|
del $2336call_function.58
|
1955:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow, temp48len,
1956:
# temp48, finother)
1957:
finlength = fast_expansion_sum_zeroelim(finlength, fin1, temp48len,
$2340load_global.59 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1958:
temp48, fin2)
$2352call_function.65 = call $2340load_global.59(finlength, fin1, temp48len, temp48, fin2, func=$2340load_global.59, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $2340load_global.59
|
finlength = $2352call_function.65 :: int64
|
del $2352call_function.65
|
1959:
# finswap = finnow
1960:
# finnow = finother
1961:
# finother = finswap
1962:
swap(fin1, fin2)
$2356load_global.66 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$2362call_function.69 = call $2356load_global.66(fin1, fin2, func=$2356load_global.66, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $2362call_function.69
|
del $2356load_global.66
|
1963:
1964:
1965:
if (adxtail != 0.0) or (adytail != 0.0):
jump 2366
|
label 2366
|
del temp16c
|
del cytbb
|
del cytaa
|
del ab
|
del $2200compare_op.2
|
$const2368.1 = const(float, 0.0) :: float64
|
$2370compare_op.2 = adxtail != $const2368.1 :: bool
|
del $const2368.1
|
branch $2370compare_op.2, 2386, 2376
|
label 2376
|
del $2370compare_op.2
|
$const2378.1 = const(float, 0.0) :: float64
|
$2380compare_op.2 = adytail != $const2378.1 :: bool
|
del $const2378.1
|
branch $2380compare_op.2, 2386, 3292
|
1966:
if (bdxtail != 0.0) or (bdytail != 0.0) or \
label 2386
|
del $2380compare_op.2
|
del $2370compare_op.2
|
$const2388.1 = const(float, 0.0) :: float64
|
$2390compare_op.2 = bdxtail != $const2388.1 :: bool
|
del $const2388.1
|
branch $2390compare_op.2, 2426, 2396
|
label 2396
|
del $2390compare_op.2
|
$const2398.1 = const(float, 0.0) :: float64
|
$2400compare_op.2 = bdytail != $const2398.1 :: bool
|
del $const2398.1
|
branch $2400compare_op.2, 2426, 2406
|
1967:
(cdxtail != 0.0) or (cdytail != 0.0):
label 2406
|
del $2400compare_op.2
|
$const2408.1 = const(float, 0.0) :: float64
|
$2410compare_op.2 = cdxtail != $const2408.1 :: bool
|
del $const2408.1
|
branch $2410compare_op.2, 2426, 2416
|
label 2416
|
del $2410compare_op.2
|
$const2418.1 = const(float, 0.0) :: float64
|
$2420compare_op.2 = cdytail != $const2418.1 :: bool
|
del $const2418.1
|
branch $2420compare_op.2, 2426, 2670
|
1968:
ti1, ti0 = Two_Product(bdxtail, cdy, splitter)
label 2426
|
del $2420compare_op.2
|
del $2410compare_op.2
|
del $2400compare_op.2
|
del $2390compare_op.2
|
$2426load_global.0 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$2434call_function.4 = call $2426load_global.0(bdxtail, cdy, splitter, func=$2426load_global.0, args=[Var(bdxtail, adaptive_predicates.py:1762), Var(cdy, adaptive_predicates.py:1720), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $2426load_global.0
|
$2436unpack_sequence.7 = exhaust_iter(value=$2434call_function.4, count=2) :: UniTuple(float64 x 2)
|
del $2434call_function.4
|
$2436unpack_sequence.5 = static_getitem(value=$2436unpack_sequence.7, index=0, index_var=None) :: float64
|
$2436unpack_sequence.6 = static_getitem(value=$2436unpack_sequence.7, index=1, index_var=None) :: float64
|
del $2436unpack_sequence.7
|
ti1 = $2436unpack_sequence.5 :: float64
|
del $2436unpack_sequence.5
|
ti0 = $2436unpack_sequence.6 :: float64
|
del $2436unpack_sequence.6
|
1969:
tj1, tj0 = Two_Product(bdx, cdytail, splitter)
$2442load_global.8 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$2450call_function.12 = call $2442load_global.8(bdx, cdytail, splitter, func=$2442load_global.8, args=[Var(bdx, adaptive_predicates.py:1716), Var(cdytail, adaptive_predicates.py:1765), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $2442load_global.8
|
$2452unpack_sequence.15 = exhaust_iter(value=$2450call_function.12, count=2) :: UniTuple(float64 x 2)
|
del $2450call_function.12
|
$2452unpack_sequence.13 = static_getitem(value=$2452unpack_sequence.15, index=0, index_var=None) :: float64
|
$2452unpack_sequence.14 = static_getitem(value=$2452unpack_sequence.15, index=1, index_var=None) :: float64
|
del $2452unpack_sequence.15
|
tj1 = $2452unpack_sequence.13 :: float64
|
del $2452unpack_sequence.13
|
tj0 = $2452unpack_sequence.14 :: float64
|
del $2452unpack_sequence.14
|
1970:
u[3], u[2], u[1], u[0] = Two_Two_Sum(ti1, ti0, tj1, tj0)
$2458load_global.16 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
$2468call_function.21 = call $2458load_global.16(ti1, ti0, tj1, tj0, func=$2458load_global.16, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $2458load_global.16
|
$2470unpack_sequence.26 = exhaust_iter(value=$2468call_function.21, count=4) :: UniTuple(float64 x 4)
|
del $2468call_function.21
|
$2470unpack_sequence.22 = static_getitem(value=$2470unpack_sequence.26, index=0, index_var=None) :: float64
|
$2470unpack_sequence.23 = static_getitem(value=$2470unpack_sequence.26, index=1, index_var=None) :: float64
|
$2470unpack_sequence.24 = static_getitem(value=$2470unpack_sequence.26, index=2, index_var=None) :: float64
|
$2470unpack_sequence.25 = static_getitem(value=$2470unpack_sequence.26, index=3, index_var=None) :: float64
|
del $2470unpack_sequence.26
|
$const2474.28 = const(int, 3) :: Literal[int](3)
|
u[3] = $2470unpack_sequence.22
|
del $const2474.28
|
del $2470unpack_sequence.22
|
$const2480.30 = const(int, 2) :: Literal[int](2)
|
u[2] = $2470unpack_sequence.23
|
del $const2480.30
|
del $2470unpack_sequence.23
|
$const2486.32 = const(int, 1) :: Literal[int](1)
|
u[1] = $2470unpack_sequence.24
|
del $const2486.32
|
del $2470unpack_sequence.24
|
$const2492.34 = const(int, 0) :: Literal[int](0)
|
u[0] = $2470unpack_sequence.25
|
del $const2492.34
|
del $2470unpack_sequence.25
|
1971:
negate = -bdy
$2498unary_negative.36 = unary(fn=<built-in function neg>, value=bdy) :: float64
|
negate = $2498unary_negative.36 :: float64
|
del $2498unary_negative.36
|
1972:
ti1, ti0 = Two_Product(cdxtail, negate, splitter)
$2502load_global.37 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$2510call_function.41 = call $2502load_global.37(cdxtail, negate, splitter, func=$2502load_global.37, args=[Var(cdxtail, adaptive_predicates.py:1764), Var(negate, adaptive_predicates.py:1971), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $2502load_global.37
|
$2512unpack_sequence.44 = exhaust_iter(value=$2510call_function.41, count=2) :: UniTuple(float64 x 2)
|
del $2510call_function.41
|
$2512unpack_sequence.42 = static_getitem(value=$2512unpack_sequence.44, index=0, index_var=None) :: float64
|
$2512unpack_sequence.43 = static_getitem(value=$2512unpack_sequence.44, index=1, index_var=None) :: float64
|
del $2512unpack_sequence.44
|
ti1 = $2512unpack_sequence.42 :: float64
|
del $2512unpack_sequence.42
|
ti0 = $2512unpack_sequence.43 :: float64
|
del $2512unpack_sequence.43
|
1973:
negate = -bdytail
$2520unary_negative.46 = unary(fn=<built-in function neg>, value=bdytail) :: float64
|
negate = $2520unary_negative.46 :: float64
|
del $2520unary_negative.46
|
1974:
tj1, tj0 = Two_Product(cdx, negate, splitter)
$2524load_global.47 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$2532call_function.51 = call $2524load_global.47(cdx, negate, splitter, func=$2524load_global.47, args=[Var(cdx, adaptive_predicates.py:1717), Var(negate, adaptive_predicates.py:1971), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del negate
|
del $2524load_global.47
|
$2534unpack_sequence.54 = exhaust_iter(value=$2532call_function.51, count=2) :: UniTuple(float64 x 2)
|
del $2532call_function.51
|
$2534unpack_sequence.52 = static_getitem(value=$2534unpack_sequence.54, index=0, index_var=None) :: float64
|
$2534unpack_sequence.53 = static_getitem(value=$2534unpack_sequence.54, index=1, index_var=None) :: float64
|
del $2534unpack_sequence.54
|
tj1 = $2534unpack_sequence.52 :: float64
|
del $2534unpack_sequence.52
|
tj0 = $2534unpack_sequence.53 :: float64
|
del $2534unpack_sequence.53
|
1975:
v[3], v[2], v[1], v[0] = Two_Two_Sum(ti1, ti0, tj1, tj0)
$2540load_global.55 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
$2550call_function.60 = call $2540load_global.55(ti1, ti0, tj1, tj0, func=$2540load_global.55, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $2540load_global.55
|
$2552unpack_sequence.65 = exhaust_iter(value=$2550call_function.60, count=4) :: UniTuple(float64 x 4)
|
del $2550call_function.60
|
$2552unpack_sequence.61 = static_getitem(value=$2552unpack_sequence.65, index=0, index_var=None) :: float64
|
$2552unpack_sequence.62 = static_getitem(value=$2552unpack_sequence.65, index=1, index_var=None) :: float64
|
$2552unpack_sequence.63 = static_getitem(value=$2552unpack_sequence.65, index=2, index_var=None) :: float64
|
$2552unpack_sequence.64 = static_getitem(value=$2552unpack_sequence.65, index=3, index_var=None) :: float64
|
del $2552unpack_sequence.65
|
$const2556.67 = const(int, 3) :: Literal[int](3)
|
v[3] = $2552unpack_sequence.61
|
del $const2556.67
|
del $2552unpack_sequence.61
|
$const2562.69 = const(int, 2) :: Literal[int](2)
|
v[2] = $2552unpack_sequence.62
|
del $const2562.69
|
del $2552unpack_sequence.62
|
$const2568.71 = const(int, 1) :: Literal[int](1)
|
v[1] = $2552unpack_sequence.63
|
del $const2568.71
|
del $2552unpack_sequence.63
|
$const2574.73 = const(int, 0) :: Literal[int](0)
|
v[0] = $2552unpack_sequence.64
|
del $const2574.73
|
del $2552unpack_sequence.64
|
1976:
bctlen = fast_expansion_sum_zeroelim(4, u, 4, v, bct)
$2578load_global.74 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$const2580.75 = const(int, 4) :: Literal[int](4)
|
$const2584.77 = const(int, 4) :: Literal[int](4)
|
$2590call_function.80 = call $2578load_global.74($const2580.75, u, $const2584.77, v, bct, func=$2578load_global.74, args=[Var($const2580.75, adaptive_predicates.py:1976), Var(u, adaptive_predicates.py:1715), Var($const2584.77, adaptive_predicates.py:1976), Var(v, adaptive_predicates.py:1715), Var(bct, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), Literal[int](4), array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del $const2584.77
|
del $const2580.75
|
del $2578load_global.74
|
bctlen = $2590call_function.80 :: int64
|
del $2590call_function.80
|
1977:
1978:
ti1, ti0 = Two_Product(bdxtail, cdytail, splitter)
$2594load_global.81 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$2602call_function.85 = call $2594load_global.81(bdxtail, cdytail, splitter, func=$2594load_global.81, args=[Var(bdxtail, adaptive_predicates.py:1762), Var(cdytail, adaptive_predicates.py:1765), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $2594load_global.81
|
$2604unpack_sequence.88 = exhaust_iter(value=$2602call_function.85, count=2) :: UniTuple(float64 x 2)
|
del $2602call_function.85
|
$2604unpack_sequence.86 = static_getitem(value=$2604unpack_sequence.88, index=0, index_var=None) :: float64
|
$2604unpack_sequence.87 = static_getitem(value=$2604unpack_sequence.88, index=1, index_var=None) :: float64
|
del $2604unpack_sequence.88
|
ti1 = $2604unpack_sequence.86 :: float64
|
del $2604unpack_sequence.86
|
ti0 = $2604unpack_sequence.87 :: float64
|
del $2604unpack_sequence.87
|
1979:
tj1, tj0 = Two_Product(cdxtail, bdytail, splitter)
$2610load_global.89 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$2618call_function.93 = call $2610load_global.89(cdxtail, bdytail, splitter, func=$2610load_global.89, args=[Var(cdxtail, adaptive_predicates.py:1764), Var(bdytail, adaptive_predicates.py:1763), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $2610load_global.89
|
$2620unpack_sequence.96 = exhaust_iter(value=$2618call_function.93, count=2) :: UniTuple(float64 x 2)
|
del $2618call_function.93
|
$2620unpack_sequence.94 = static_getitem(value=$2620unpack_sequence.96, index=0, index_var=None) :: float64
|
$2620unpack_sequence.95 = static_getitem(value=$2620unpack_sequence.96, index=1, index_var=None) :: float64
|
del $2620unpack_sequence.96
|
tj1 = $2620unpack_sequence.94 :: float64
|
del $2620unpack_sequence.94
|
tj0 = $2620unpack_sequence.95 :: float64
|
del $2620unpack_sequence.95
|
1980:
bctt[3], bctt[2], bctt[1], bctt[0] = Two_Two_Diff(ti1, ti0, tj1,
$2626load_global.97 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
1981:
tj0)
$2636call_function.102 = call $2626load_global.97(ti1, ti0, tj1, tj0, func=$2626load_global.97, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del tj1
|
del tj0
|
del ti1
|
del ti0
|
del $2626load_global.97
|
$2638unpack_sequence.107 = exhaust_iter(value=$2636call_function.102, count=4) :: UniTuple(float64 x 4)
|
del $2636call_function.102
|
$2638unpack_sequence.103 = static_getitem(value=$2638unpack_sequence.107, index=0, index_var=None) :: float64
|
$2638unpack_sequence.104 = static_getitem(value=$2638unpack_sequence.107, index=1, index_var=None) :: float64
|
$2638unpack_sequence.105 = static_getitem(value=$2638unpack_sequence.107, index=2, index_var=None) :: float64
|
$2638unpack_sequence.106 = static_getitem(value=$2638unpack_sequence.107, index=3, index_var=None) :: float64
|
del $2638unpack_sequence.107
|
$const2642.109 = const(int, 3) :: Literal[int](3)
|
bctt[3] = $2638unpack_sequence.103
|
del $const2642.109
|
del $2638unpack_sequence.103
|
$const2648.111 = const(int, 2) :: Literal[int](2)
|
bctt[2] = $2638unpack_sequence.104
|
del $const2648.111
|
del $2638unpack_sequence.104
|
$const2654.113 = const(int, 1) :: Literal[int](1)
|
bctt[1] = $2638unpack_sequence.105
|
del $const2654.113
|
del $2638unpack_sequence.105
|
$const2660.115 = const(int, 0) :: Literal[int](0)
|
bctt[0] = $2638unpack_sequence.106
|
del $const2660.115
|
del $2638unpack_sequence.106
|
1982:
bcttlen = 4
$const2664.116 = const(int, 4) :: Literal[int](4)
|
bcttlen = $const2664.116 :: int64
|
del $const2664.116
|
jump 2694
|
1983:
else:
1984:
bct[0] = 0.0
label 2670
|
del $2420compare_op.2
|
$const2670.0 = const(float, 0.0) :: float64
|
$const2674.2 = const(int, 0) :: Literal[int](0)
|
bct[0] = $const2670.0
|
del $const2674.2
|
del $const2670.0
|
1985:
bctlen = 1
$const2678.3 = const(int, 1) :: Literal[int](1)
|
bctlen = $const2678.3 :: int64
|
del $const2678.3
|
1986:
bctt[0] = 0.0
$const2682.4 = const(float, 0.0) :: float64
|
$const2686.6 = const(int, 0) :: Literal[int](0)
|
bctt[0] = $const2682.4
|
del $const2686.6
|
del $const2682.4
|
1987:
bcttlen = 1
$const2690.7 = const(int, 1) :: Literal[int](1)
|
bcttlen = $const2690.7 :: int64
|
del $const2690.7
|
1988:
1989:
if adxtail != 0.0:
jump 2694
|
label 2694
|
$const2696.1 = const(float, 0.0) :: float64
|
$2698compare_op.2 = adxtail != $const2696.1 :: bool
|
del $const2696.1
|
branch $2698compare_op.2, 2704, 3062
|
1990:
temp16alen = scale_expansion_zeroelim(axtbclen, axtbc, adxtail,
label 2704
|
del $2698compare_op.2
|
$2704load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1991:
temp16a, splitter)
$2716call_function.6 = call $2704load_global.0(axtbclen, axtbc, adxtail, temp16a, splitter, func=$2704load_global.0, args=[Var(axtbclen, adaptive_predicates.py:1809), Var(axtbc, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del axtbclen
|
del axtbc
|
del $2704load_global.0
|
temp16alen = $2716call_function.6 :: int64
|
del $2716call_function.6
|
1992:
axtbctlen = scale_expansion_zeroelim(bctlen, bct, adxtail, axtbct,
$2720load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
1993:
splitter)
$2732call_function.13 = call $2720load_global.7(bctlen, bct, adxtail, axtbct, splitter, func=$2720load_global.7, args=[Var(bctlen, adaptive_predicates.py:1976), Var(bct, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(axtbct, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $2720load_global.7
|
axtbctlen = $2732call_function.13 :: int64
|
del $2732call_function.13
|
1994:
temp32alen = scale_expansion_zeroelim(axtbctlen, axtbct, 2.0 * adx,
$2736load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2742.17 = const(float, 2.0) :: float64
|
$2746binary_multiply.19 = $const2742.17 * adx :: float64
|
del $const2742.17
|
1995:
temp32a, splitter)
$2752call_function.22 = call $2736load_global.14(axtbctlen, axtbct, $2746binary_multiply.19, temp32a, splitter, func=$2736load_global.14, args=[Var(axtbctlen, adaptive_predicates.py:1993), Var(axtbct, adaptive_predicates.py:1715), Var($2746binary_multiply.19, adaptive_predicates.py:1994), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $2746binary_multiply.19
|
del $2736load_global.14
|
temp32alen = $2752call_function.22 :: int64
|
del $2752call_function.22
|
1996:
temp48len = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$2756load_global.23 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
1997:
temp32alen, temp32a,
1998:
temp48)
$2768call_function.29 = call $2756load_global.23(temp16alen, temp16a, temp32alen, temp32a, temp48, func=$2756load_global.23, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16alen
|
del $2756load_global.23
|
temp48len = $2768call_function.29 :: int64
|
del $2768call_function.29
|
1999:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2000:
# temp48len, temp48,
2001:
# finother)
2002:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$2772load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2003:
temp48len, temp48,
2004:
fin2)
$2784call_function.36 = call $2772load_global.30(finlength, fin1, temp48len, temp48, fin2, func=$2772load_global.30, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $2772load_global.30
|
finlength = $2784call_function.36 :: int64
|
del $2784call_function.36
|
2005:
# finswap = finnow
2006:
# finnow = finother
2007:
# finother = finswap
2008:
swap(fin1, fin2)
$2788load_global.37 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$2794call_function.40 = call $2788load_global.37(fin1, fin2, func=$2788load_global.37, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $2794call_function.40
|
del $2788load_global.37
|
2009:
2010:
if bdytail != 0.0:
$const2800.42 = const(float, 0.0) :: float64
|
$2802compare_op.43 = bdytail != $const2800.42 :: bool
|
del $const2800.42
|
branch $2802compare_op.43, 2808, 2866
|
2011:
temp8len = scale_expansion_zeroelim(4, cc, adxtail, temp8,
label 2808
|
del $2802compare_op.43
|
$2808load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2810.1 = const(int, 4) :: Literal[int](4)
|
2012:
splitter)
$2820call_function.6 = call $2808load_global.0($const2810.1, cc, adxtail, temp8, splitter, func=$2808load_global.0, args=[Var($const2810.1, adaptive_predicates.py:2011), Var(cc, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(temp8, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const2810.1
|
del $2808load_global.0
|
temp8len = $2820call_function.6 :: int64
|
del $2820call_function.6
|
2013:
temp16alen = scale_expansion_zeroelim(temp8len, temp8, bdytail,
$2824load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2014:
temp16a, splitter)
$2836call_function.13 = call $2824load_global.7(temp8len, temp8, bdytail, temp16a, splitter, func=$2824load_global.7, args=[Var(temp8len, adaptive_predicates.py:2012), Var(temp8, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del temp8len
|
del $2824load_global.7
|
temp16alen = $2836call_function.13 :: int64
|
del $2836call_function.13
|
2015:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2016:
# temp16alen, temp16a,
2017:
# finother)
2018:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$2840load_global.14 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2019:
temp16alen, temp16a,
2020:
fin2)
$2852call_function.20 = call $2840load_global.14(finlength, fin1, temp16alen, temp16a, fin2, func=$2840load_global.14, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16alen
|
del $2840load_global.14
|
finlength = $2852call_function.20 :: int64
|
del $2852call_function.20
|
2021:
# finswap = finnow
2022:
# finnow = finother
2023:
# finother = finswap
2024:
swap(fin1, fin2)
$2856load_global.21 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$2862call_function.24 = call $2856load_global.21(fin1, fin2, func=$2856load_global.21, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $2862call_function.24
|
del $2856load_global.21
|
2025:
2026:
if cdytail != 0.0:
jump 2866
|
label 2866
|
del $2802compare_op.43
|
$const2868.1 = const(float, 0.0) :: float64
|
$2870compare_op.2 = cdytail != $const2868.1 :: bool
|
del $const2868.1
|
branch $2870compare_op.2, 2876, 2936
|
2027:
temp8len = scale_expansion_zeroelim(4, bb, -adxtail, temp8,
label 2876
|
del $2870compare_op.2
|
$2876load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const2878.1 = const(int, 4) :: Literal[int](4)
|
$2884unary_negative.4 = unary(fn=<built-in function neg>, value=adxtail) :: float64
|
2028:
splitter)
$2890call_function.7 = call $2876load_global.0($const2878.1, bb, $2884unary_negative.4, temp8, splitter, func=$2876load_global.0, args=[Var($const2878.1, adaptive_predicates.py:2027), Var(bb, adaptive_predicates.py:1715), Var($2884unary_negative.4, adaptive_predicates.py:2027), Var(temp8, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const2878.1
|
del $2884unary_negative.4
|
del $2876load_global.0
|
temp8len = $2890call_function.7 :: int64
|
del $2890call_function.7
|
2029:
temp16alen = scale_expansion_zeroelim(temp8len, temp8, cdytail,
$2894load_global.8 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2030:
temp16a, splitter)
$2906call_function.14 = call $2894load_global.8(temp8len, temp8, cdytail, temp16a, splitter, func=$2894load_global.8, args=[Var(temp8len, adaptive_predicates.py:2012), Var(temp8, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del temp8len
|
del $2894load_global.8
|
temp16alen = $2906call_function.14 :: int64
|
del $2906call_function.14
|
2031:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2032:
# temp16alen, temp16a,
2033:
# finother)
2034:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$2910load_global.15 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2035:
temp16alen, temp16a,
2036:
fin2)
$2922call_function.21 = call $2910load_global.15(finlength, fin1, temp16alen, temp16a, fin2, func=$2910load_global.15, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16alen
|
del $2910load_global.15
|
finlength = $2922call_function.21 :: int64
|
del $2922call_function.21
|
2037:
# finswap = finnow
2038:
# finnow = finother
2039:
# finother = finswap
2040:
swap(fin1, fin2)
$2926load_global.22 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$2932call_function.25 = call $2926load_global.22(fin1, fin2, func=$2926load_global.22, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $2932call_function.25
|
del $2926load_global.22
|
2041:
2042:
temp32alen = scale_expansion_zeroelim(axtbctlen, axtbct, adxtail,
jump 2936
|
label 2936
|
del $2870compare_op.2
|
$2936load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2043:
temp32a, splitter)
$2948call_function.6 = call $2936load_global.0(axtbctlen, axtbct, adxtail, temp32a, splitter, func=$2936load_global.0, args=[Var(axtbctlen, adaptive_predicates.py:1993), Var(axtbct, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del axtbctlen
|
del axtbct
|
del $2936load_global.0
|
temp32alen = $2948call_function.6 :: int64
|
del $2948call_function.6
|
2044:
axtbcttlen = scale_expansion_zeroelim(bcttlen, bctt, adxtail,
$2952load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2045:
axtbctt, splitter)
$2964call_function.13 = call $2952load_global.7(bcttlen, bctt, adxtail, axtbctt, splitter, func=$2952load_global.7, args=[Var(bcttlen, adaptive_predicates.py:1982), Var(bctt, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(axtbctt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $2952load_global.7
|
axtbcttlen = $2964call_function.13 :: int64
|
del $2964call_function.13
|
2046:
temp16alen = scale_expansion_zeroelim(axtbcttlen, axtbctt,
$2968load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2047:
2.0 * adx, temp16a, splitter)
$const2974.17 = const(float, 2.0) :: float64
|
$2978binary_multiply.19 = $const2974.17 * adx :: float64
|
del $const2974.17
|
$2984call_function.22 = call $2968load_global.14(axtbcttlen, axtbctt, $2978binary_multiply.19, temp16a, splitter, func=$2968load_global.14, args=[Var(axtbcttlen, adaptive_predicates.py:2045), Var(axtbctt, adaptive_predicates.py:1715), Var($2978binary_multiply.19, adaptive_predicates.py:2047), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $2978binary_multiply.19
|
del $2968load_global.14
|
temp16alen = $2984call_function.22 :: int64
|
del $2984call_function.22
|
2048:
temp16blen = scale_expansion_zeroelim(axtbcttlen, axtbctt, adxtail,
$2988load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2049:
temp16b, splitter)
$3000call_function.29 = call $2988load_global.23(axtbcttlen, axtbctt, adxtail, temp16b, splitter, func=$2988load_global.23, args=[Var(axtbcttlen, adaptive_predicates.py:2045), Var(axtbctt, adaptive_predicates.py:1715), Var(adxtail, adaptive_predicates.py:1760), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del axtbcttlen
|
del axtbctt
|
del $2988load_global.23
|
temp16blen = $3000call_function.29 :: int64
|
del $3000call_function.29
|
2050:
temp32blen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$3004load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2051:
temp16blen, temp16b,
2052:
temp32b)
$3016call_function.36 = call $3004load_global.30(temp16alen, temp16a, temp16blen, temp16b, temp32b, func=$3004load_global.30, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32b, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $3004load_global.30
|
temp32blen = $3016call_function.36 :: int64
|
del $3016call_function.36
|
2053:
temp64len = fast_expansion_sum_zeroelim(temp32alen, temp32a,
$3020load_global.37 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2054:
temp32blen, temp32b,
2055:
temp64)
$3032call_function.43 = call $3020load_global.37(temp32alen, temp32a, temp32blen, temp32b, temp64, func=$3020load_global.37, args=[Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp32blen, adaptive_predicates.py:2052), Var(temp32b, adaptive_predicates.py:1715), Var(temp64, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32blen
|
del temp32alen
|
del $3020load_global.37
|
temp64len = $3032call_function.43 :: int64
|
del $3032call_function.43
|
2056:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2057:
# temp64len, temp64,
2058:
# finother)
2059:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$3036load_global.44 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2060:
temp64len, temp64,
2061:
fin2)
$3048call_function.50 = call $3036load_global.44(finlength, fin1, temp64len, temp64, fin2, func=$3036load_global.44, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp64len, adaptive_predicates.py:2055), Var(temp64, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp64len
|
del $3036load_global.44
|
finlength = $3048call_function.50 :: int64
|
del $3048call_function.50
|
2062:
# finswap = finnow
2063:
# finnow = finother
2064:
# finother = finswap
2065:
swap(fin1, fin2)
$3052load_global.51 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$3058call_function.54 = call $3052load_global.51(fin1, fin2, func=$3052load_global.51, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $3058call_function.54
|
del $3052load_global.51
|
2066:
2067:
if adytail != 0.0:
jump 3062
|
label 3062
|
del axtbctt
|
del axtbct
|
del axtbclen
|
del axtbc
|
del $2698compare_op.2
|
$const3064.1 = const(float, 0.0) :: float64
|
$3066compare_op.2 = adytail != $const3064.1 :: bool
|
del $const3064.1
|
branch $3066compare_op.2, 3072, 3292
|
2068:
temp16alen = scale_expansion_zeroelim(aytbclen, aytbc, adytail,
label 3072
|
del $3066compare_op.2
|
$3072load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2069:
temp16a, splitter)
$3084call_function.6 = call $3072load_global.0(aytbclen, aytbc, adytail, temp16a, splitter, func=$3072load_global.0, args=[Var(aytbclen, adaptive_predicates.py:1835), Var(aytbc, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del aytbclen
|
del aytbc
|
del $3072load_global.0
|
temp16alen = $3084call_function.6 :: int64
|
del $3084call_function.6
|
2070:
aytbctlen = scale_expansion_zeroelim(bctlen, bct, adytail, aytbct,
$3088load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2071:
splitter)
$3100call_function.13 = call $3088load_global.7(bctlen, bct, adytail, aytbct, splitter, func=$3088load_global.7, args=[Var(bctlen, adaptive_predicates.py:1976), Var(bct, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(aytbct, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bctlen
|
del bct
|
del $3088load_global.7
|
aytbctlen = $3100call_function.13 :: int64
|
del $3100call_function.13
|
2072:
temp32alen = scale_expansion_zeroelim(aytbctlen, aytbct, 2.0 * ady,
$3104load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const3110.17 = const(float, 2.0) :: float64
|
$3114binary_multiply.19 = $const3110.17 * ady :: float64
|
del $const3110.17
|
2073:
temp32a, splitter)
$3120call_function.22 = call $3104load_global.14(aytbctlen, aytbct, $3114binary_multiply.19, temp32a, splitter, func=$3104load_global.14, args=[Var(aytbctlen, adaptive_predicates.py:2071), Var(aytbct, adaptive_predicates.py:1715), Var($3114binary_multiply.19, adaptive_predicates.py:2072), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $3114binary_multiply.19
|
del $3104load_global.14
|
temp32alen = $3120call_function.22 :: int64
|
del $3120call_function.22
|
2074:
temp48len = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$3124load_global.23 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2075:
temp32alen, temp32a,
2076:
temp48)
$3136call_function.29 = call $3124load_global.23(temp16alen, temp16a, temp32alen, temp32a, temp48, func=$3124load_global.23, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del $3124load_global.23
|
temp48len = $3136call_function.29 :: int64
|
del $3136call_function.29
|
2077:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2078:
# temp48len, temp48,
2079:
# finother)
2080:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$3140load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2081:
temp48len, temp48,
2082:
fin2)
$3152call_function.36 = call $3140load_global.30(finlength, fin1, temp48len, temp48, fin2, func=$3140load_global.30, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $3140load_global.30
|
finlength = $3152call_function.36 :: int64
|
del $3152call_function.36
|
2083:
# finswap = finnow
2084:
# finnow = finother
2085:
# finother = finswap
2086:
swap(fin1, fin2)
$3156load_global.37 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$3162call_function.40 = call $3156load_global.37(fin1, fin2, func=$3156load_global.37, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $3162call_function.40
|
del $3156load_global.37
|
2087:
2088:
temp32alen = scale_expansion_zeroelim(aytbctlen, aytbct, adytail,
$3166load_global.41 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2089:
temp32a, splitter)
$3178call_function.47 = call $3166load_global.41(aytbctlen, aytbct, adytail, temp32a, splitter, func=$3166load_global.41, args=[Var(aytbctlen, adaptive_predicates.py:2071), Var(aytbct, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del aytbctlen
|
del aytbct
|
del $3166load_global.41
|
temp32alen = $3178call_function.47 :: int64
|
del $3178call_function.47
|
2090:
aytbcttlen = scale_expansion_zeroelim(bcttlen, bctt, adytail,
$3182load_global.48 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2091:
aytbctt, splitter)
$3194call_function.54 = call $3182load_global.48(bcttlen, bctt, adytail, aytbctt, splitter, func=$3182load_global.48, args=[Var(bcttlen, adaptive_predicates.py:1982), Var(bctt, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(aytbctt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bcttlen
|
del bctt
|
del $3182load_global.48
|
aytbcttlen = $3194call_function.54 :: int64
|
del $3194call_function.54
|
2092:
temp16alen = scale_expansion_zeroelim(aytbcttlen, aytbctt,
$3198load_global.55 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2093:
2.0 * ady, temp16a, splitter)
$const3204.58 = const(float, 2.0) :: float64
|
$3208binary_multiply.60 = $const3204.58 * ady :: float64
|
del $const3204.58
|
$3214call_function.63 = call $3198load_global.55(aytbcttlen, aytbctt, $3208binary_multiply.60, temp16a, splitter, func=$3198load_global.55, args=[Var(aytbcttlen, adaptive_predicates.py:2091), Var(aytbctt, adaptive_predicates.py:1715), Var($3208binary_multiply.60, adaptive_predicates.py:2093), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $3208binary_multiply.60
|
del $3198load_global.55
|
temp16alen = $3214call_function.63 :: int64
|
del $3214call_function.63
|
2094:
temp16blen = scale_expansion_zeroelim(aytbcttlen, aytbctt, adytail,
$3218load_global.64 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2095:
temp16b, splitter)
$3230call_function.70 = call $3218load_global.64(aytbcttlen, aytbctt, adytail, temp16b, splitter, func=$3218load_global.64, args=[Var(aytbcttlen, adaptive_predicates.py:2091), Var(aytbctt, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del aytbcttlen
|
del aytbctt
|
del $3218load_global.64
|
temp16blen = $3230call_function.70 :: int64
|
del $3230call_function.70
|
2096:
temp32blen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$3234load_global.71 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2097:
temp16blen, temp16b,
2098:
temp32b)
$3246call_function.77 = call $3234load_global.71(temp16alen, temp16a, temp16blen, temp16b, temp32b, func=$3234load_global.71, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32b, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $3234load_global.71
|
temp32blen = $3246call_function.77 :: int64
|
del $3246call_function.77
|
2099:
temp64len = fast_expansion_sum_zeroelim(temp32alen, temp32a,
$3250load_global.78 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2100:
temp32blen, temp32b,
2101:
temp64)
$3262call_function.84 = call $3250load_global.78(temp32alen, temp32a, temp32blen, temp32b, temp64, func=$3250load_global.78, args=[Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp32blen, adaptive_predicates.py:2052), Var(temp32b, adaptive_predicates.py:1715), Var(temp64, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32blen
|
del temp32alen
|
del $3250load_global.78
|
temp64len = $3262call_function.84 :: int64
|
del $3262call_function.84
|
2102:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2103:
# temp64len, temp64,
2104:
# finother)
2105:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$3266load_global.85 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2106:
temp64len, temp64,
2107:
fin2)
$3278call_function.91 = call $3266load_global.85(finlength, fin1, temp64len, temp64, fin2, func=$3266load_global.85, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp64len, adaptive_predicates.py:2055), Var(temp64, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp64len
|
del $3266load_global.85
|
finlength = $3278call_function.91 :: int64
|
del $3278call_function.91
|
2108:
# finswap = finnow
2109:
# finnow = finother
2110:
# finother = finswap
2111:
swap(fin1, fin2)
$3282load_global.92 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$3288call_function.95 = call $3282load_global.92(fin1, fin2, func=$3282load_global.92, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $3288call_function.95
|
del $3282load_global.92
|
2112:
2113:
if (bdxtail != 0.0) or (bdytail != 0.0):
jump 3292
|
label 3292
|
del bcttlen
|
del bctt
|
del bctlen
|
del bct
|
del aytbctt
|
del aytbct
|
del aytbclen
|
del aytbc
|
del axtbctt
|
del axtbct
|
del axtbclen
|
del axtbc
|
del $3066compare_op.2
|
del $2380compare_op.2
|
$const3294.1 = const(float, 0.0) :: float64
|
$3296compare_op.2 = bdxtail != $const3294.1 :: bool
|
del $const3294.1
|
branch $3296compare_op.2, 3312, 3302
|
label 3302
|
del $3296compare_op.2
|
$const3304.1 = const(float, 0.0) :: float64
|
$3306compare_op.2 = bdytail != $const3304.1 :: bool
|
del $const3304.1
|
branch $3306compare_op.2, 3312, 4218
|
2114:
if (cdxtail != 0.0) or (cdytail != 0.0) or \
label 3312
|
del $3306compare_op.2
|
del $3296compare_op.2
|
$const3314.1 = const(float, 0.0) :: float64
|
$3316compare_op.2 = cdxtail != $const3314.1 :: bool
|
del $const3314.1
|
branch $3316compare_op.2, 3352, 3322
|
label 3322
|
del $3316compare_op.2
|
$const3324.1 = const(float, 0.0) :: float64
|
$3326compare_op.2 = cdytail != $const3324.1 :: bool
|
del $const3324.1
|
branch $3326compare_op.2, 3352, 3332
|
2115:
(adxtail != 0.0) or (adytail != 0.0):
label 3332
|
del $3326compare_op.2
|
$const3334.1 = const(float, 0.0) :: float64
|
$3336compare_op.2 = adxtail != $const3334.1 :: bool
|
del $const3334.1
|
branch $3336compare_op.2, 3352, 3342
|
label 3342
|
del $3336compare_op.2
|
$const3344.1 = const(float, 0.0) :: float64
|
$3346compare_op.2 = adytail != $const3344.1 :: bool
|
del $const3344.1
|
branch $3346compare_op.2, 3352, 3596
|
2116:
ti1, ti0 = Two_Product(cdxtail, ady, splitter)
label 3352
|
del $3346compare_op.2
|
del $3336compare_op.2
|
del $3326compare_op.2
|
del $3316compare_op.2
|
$3352load_global.0 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$3360call_function.4 = call $3352load_global.0(cdxtail, ady, splitter, func=$3352load_global.0, args=[Var(cdxtail, adaptive_predicates.py:1764), Var(ady, adaptive_predicates.py:1718), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $3352load_global.0
|
$3362unpack_sequence.7 = exhaust_iter(value=$3360call_function.4, count=2) :: UniTuple(float64 x 2)
|
del $3360call_function.4
|
$3362unpack_sequence.5 = static_getitem(value=$3362unpack_sequence.7, index=0, index_var=None) :: float64
|
$3362unpack_sequence.6 = static_getitem(value=$3362unpack_sequence.7, index=1, index_var=None) :: float64
|
del $3362unpack_sequence.7
|
ti1 = $3362unpack_sequence.5 :: float64
|
del $3362unpack_sequence.5
|
ti0 = $3362unpack_sequence.6 :: float64
|
del $3362unpack_sequence.6
|
2117:
tj1, tj0 = Two_Product(cdx, adytail, splitter)
$3368load_global.8 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$3376call_function.12 = call $3368load_global.8(cdx, adytail, splitter, func=$3368load_global.8, args=[Var(cdx, adaptive_predicates.py:1717), Var(adytail, adaptive_predicates.py:1761), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $3368load_global.8
|
$3378unpack_sequence.15 = exhaust_iter(value=$3376call_function.12, count=2) :: UniTuple(float64 x 2)
|
del $3376call_function.12
|
$3378unpack_sequence.13 = static_getitem(value=$3378unpack_sequence.15, index=0, index_var=None) :: float64
|
$3378unpack_sequence.14 = static_getitem(value=$3378unpack_sequence.15, index=1, index_var=None) :: float64
|
del $3378unpack_sequence.15
|
tj1 = $3378unpack_sequence.13 :: float64
|
del $3378unpack_sequence.13
|
tj0 = $3378unpack_sequence.14 :: float64
|
del $3378unpack_sequence.14
|
2118:
u[3], u[2], u[1], u[0] = Two_Two_Sum(ti1, ti0, tj1, tj0)
$3384load_global.16 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
$3394call_function.21 = call $3384load_global.16(ti1, ti0, tj1, tj0, func=$3384load_global.16, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $3384load_global.16
|
$3396unpack_sequence.26 = exhaust_iter(value=$3394call_function.21, count=4) :: UniTuple(float64 x 4)
|
del $3394call_function.21
|
$3396unpack_sequence.22 = static_getitem(value=$3396unpack_sequence.26, index=0, index_var=None) :: float64
|
$3396unpack_sequence.23 = static_getitem(value=$3396unpack_sequence.26, index=1, index_var=None) :: float64
|
$3396unpack_sequence.24 = static_getitem(value=$3396unpack_sequence.26, index=2, index_var=None) :: float64
|
$3396unpack_sequence.25 = static_getitem(value=$3396unpack_sequence.26, index=3, index_var=None) :: float64
|
del $3396unpack_sequence.26
|
$const3400.28 = const(int, 3) :: Literal[int](3)
|
u[3] = $3396unpack_sequence.22
|
del $const3400.28
|
del $3396unpack_sequence.22
|
$const3406.30 = const(int, 2) :: Literal[int](2)
|
u[2] = $3396unpack_sequence.23
|
del $const3406.30
|
del $3396unpack_sequence.23
|
$const3412.32 = const(int, 1) :: Literal[int](1)
|
u[1] = $3396unpack_sequence.24
|
del $const3412.32
|
del $3396unpack_sequence.24
|
$const3418.34 = const(int, 0) :: Literal[int](0)
|
u[0] = $3396unpack_sequence.25
|
del $const3418.34
|
del $3396unpack_sequence.25
|
2119:
negate = -cdy
$3424unary_negative.36 = unary(fn=<built-in function neg>, value=cdy) :: float64
|
negate = $3424unary_negative.36 :: float64
|
del $3424unary_negative.36
|
2120:
ti1, ti0 = Two_Product(adxtail, negate, splitter)
$3428load_global.37 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$3436call_function.41 = call $3428load_global.37(adxtail, negate, splitter, func=$3428load_global.37, args=[Var(adxtail, adaptive_predicates.py:1760), Var(negate, adaptive_predicates.py:1971), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $3428load_global.37
|
$3438unpack_sequence.44 = exhaust_iter(value=$3436call_function.41, count=2) :: UniTuple(float64 x 2)
|
del $3436call_function.41
|
$3438unpack_sequence.42 = static_getitem(value=$3438unpack_sequence.44, index=0, index_var=None) :: float64
|
$3438unpack_sequence.43 = static_getitem(value=$3438unpack_sequence.44, index=1, index_var=None) :: float64
|
del $3438unpack_sequence.44
|
ti1 = $3438unpack_sequence.42 :: float64
|
del $3438unpack_sequence.42
|
ti0 = $3438unpack_sequence.43 :: float64
|
del $3438unpack_sequence.43
|
2121:
negate = -cdytail
$3446unary_negative.46 = unary(fn=<built-in function neg>, value=cdytail) :: float64
|
negate = $3446unary_negative.46 :: float64
|
del $3446unary_negative.46
|
2122:
tj1, tj0 = Two_Product(adx, negate, splitter)
$3450load_global.47 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$3458call_function.51 = call $3450load_global.47(adx, negate, splitter, func=$3450load_global.47, args=[Var(adx, adaptive_predicates.py:1715), Var(negate, adaptive_predicates.py:1971), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del negate
|
del $3450load_global.47
|
$3460unpack_sequence.54 = exhaust_iter(value=$3458call_function.51, count=2) :: UniTuple(float64 x 2)
|
del $3458call_function.51
|
$3460unpack_sequence.52 = static_getitem(value=$3460unpack_sequence.54, index=0, index_var=None) :: float64
|
$3460unpack_sequence.53 = static_getitem(value=$3460unpack_sequence.54, index=1, index_var=None) :: float64
|
del $3460unpack_sequence.54
|
tj1 = $3460unpack_sequence.52 :: float64
|
del $3460unpack_sequence.52
|
tj0 = $3460unpack_sequence.53 :: float64
|
del $3460unpack_sequence.53
|
2123:
v[3], v[2], v[1], v[0] = Two_Two_Sum(ti1, ti0, tj1, tj0)
$3466load_global.55 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
$3476call_function.60 = call $3466load_global.55(ti1, ti0, tj1, tj0, func=$3466load_global.55, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $3466load_global.55
|
$3478unpack_sequence.65 = exhaust_iter(value=$3476call_function.60, count=4) :: UniTuple(float64 x 4)
|
del $3476call_function.60
|
$3478unpack_sequence.61 = static_getitem(value=$3478unpack_sequence.65, index=0, index_var=None) :: float64
|
$3478unpack_sequence.62 = static_getitem(value=$3478unpack_sequence.65, index=1, index_var=None) :: float64
|
$3478unpack_sequence.63 = static_getitem(value=$3478unpack_sequence.65, index=2, index_var=None) :: float64
|
$3478unpack_sequence.64 = static_getitem(value=$3478unpack_sequence.65, index=3, index_var=None) :: float64
|
del $3478unpack_sequence.65
|
$const3482.67 = const(int, 3) :: Literal[int](3)
|
v[3] = $3478unpack_sequence.61
|
del $const3482.67
|
del $3478unpack_sequence.61
|
$const3488.69 = const(int, 2) :: Literal[int](2)
|
v[2] = $3478unpack_sequence.62
|
del $const3488.69
|
del $3478unpack_sequence.62
|
$const3494.71 = const(int, 1) :: Literal[int](1)
|
v[1] = $3478unpack_sequence.63
|
del $const3494.71
|
del $3478unpack_sequence.63
|
$const3500.73 = const(int, 0) :: Literal[int](0)
|
v[0] = $3478unpack_sequence.64
|
del $const3500.73
|
del $3478unpack_sequence.64
|
2124:
catlen = fast_expansion_sum_zeroelim(4, u, 4, v, cat)
$3504load_global.74 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$const3506.75 = const(int, 4) :: Literal[int](4)
|
$const3510.77 = const(int, 4) :: Literal[int](4)
|
$3516call_function.80 = call $3504load_global.74($const3506.75, u, $const3510.77, v, cat, func=$3504load_global.74, args=[Var($const3506.75, adaptive_predicates.py:2124), Var(u, adaptive_predicates.py:1715), Var($const3510.77, adaptive_predicates.py:2124), Var(v, adaptive_predicates.py:1715), Var(cat, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), Literal[int](4), array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del $const3510.77
|
del $const3506.75
|
del $3504load_global.74
|
catlen = $3516call_function.80 :: int64
|
del $3516call_function.80
|
2125:
2126:
ti1, ti0 = Two_Product(cdxtail, adytail, splitter)
$3520load_global.81 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$3528call_function.85 = call $3520load_global.81(cdxtail, adytail, splitter, func=$3520load_global.81, args=[Var(cdxtail, adaptive_predicates.py:1764), Var(adytail, adaptive_predicates.py:1761), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $3520load_global.81
|
$3530unpack_sequence.88 = exhaust_iter(value=$3528call_function.85, count=2) :: UniTuple(float64 x 2)
|
del $3528call_function.85
|
$3530unpack_sequence.86 = static_getitem(value=$3530unpack_sequence.88, index=0, index_var=None) :: float64
|
$3530unpack_sequence.87 = static_getitem(value=$3530unpack_sequence.88, index=1, index_var=None) :: float64
|
del $3530unpack_sequence.88
|
ti1 = $3530unpack_sequence.86 :: float64
|
del $3530unpack_sequence.86
|
ti0 = $3530unpack_sequence.87 :: float64
|
del $3530unpack_sequence.87
|
2127:
tj1, tj0 = Two_Product(adxtail, cdytail, splitter)
$3536load_global.89 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$3544call_function.93 = call $3536load_global.89(adxtail, cdytail, splitter, func=$3536load_global.89, args=[Var(adxtail, adaptive_predicates.py:1760), Var(cdytail, adaptive_predicates.py:1765), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $3536load_global.89
|
$3546unpack_sequence.96 = exhaust_iter(value=$3544call_function.93, count=2) :: UniTuple(float64 x 2)
|
del $3544call_function.93
|
$3546unpack_sequence.94 = static_getitem(value=$3546unpack_sequence.96, index=0, index_var=None) :: float64
|
$3546unpack_sequence.95 = static_getitem(value=$3546unpack_sequence.96, index=1, index_var=None) :: float64
|
del $3546unpack_sequence.96
|
tj1 = $3546unpack_sequence.94 :: float64
|
del $3546unpack_sequence.94
|
tj0 = $3546unpack_sequence.95 :: float64
|
del $3546unpack_sequence.95
|
2128:
catt[3], catt[2], catt[1], catt[0] = Two_Two_Diff(ti1, ti0, tj1,
$3552load_global.97 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
2129:
tj0)
$3562call_function.102 = call $3552load_global.97(ti1, ti0, tj1, tj0, func=$3552load_global.97, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del tj1
|
del tj0
|
del ti1
|
del ti0
|
del $3552load_global.97
|
$3564unpack_sequence.107 = exhaust_iter(value=$3562call_function.102, count=4) :: UniTuple(float64 x 4)
|
del $3562call_function.102
|
$3564unpack_sequence.103 = static_getitem(value=$3564unpack_sequence.107, index=0, index_var=None) :: float64
|
$3564unpack_sequence.104 = static_getitem(value=$3564unpack_sequence.107, index=1, index_var=None) :: float64
|
$3564unpack_sequence.105 = static_getitem(value=$3564unpack_sequence.107, index=2, index_var=None) :: float64
|
$3564unpack_sequence.106 = static_getitem(value=$3564unpack_sequence.107, index=3, index_var=None) :: float64
|
del $3564unpack_sequence.107
|
$const3568.109 = const(int, 3) :: Literal[int](3)
|
catt[3] = $3564unpack_sequence.103
|
del $const3568.109
|
del $3564unpack_sequence.103
|
$const3574.111 = const(int, 2) :: Literal[int](2)
|
catt[2] = $3564unpack_sequence.104
|
del $const3574.111
|
del $3564unpack_sequence.104
|
$const3580.113 = const(int, 1) :: Literal[int](1)
|
catt[1] = $3564unpack_sequence.105
|
del $const3580.113
|
del $3564unpack_sequence.105
|
$const3586.115 = const(int, 0) :: Literal[int](0)
|
catt[0] = $3564unpack_sequence.106
|
del $const3586.115
|
del $3564unpack_sequence.106
|
2130:
cattlen = 4
$const3590.116 = const(int, 4) :: Literal[int](4)
|
cattlen = $const3590.116 :: int64
|
del $const3590.116
|
jump 3620
|
2131:
else:
2132:
cat[0] = 0.0
label 3596
|
del $3346compare_op.2
|
$const3596.0 = const(float, 0.0) :: float64
|
$const3600.2 = const(int, 0) :: Literal[int](0)
|
cat[0] = $const3596.0
|
del $const3600.2
|
del $const3596.0
|
2133:
catlen = 1
$const3604.3 = const(int, 1) :: Literal[int](1)
|
catlen = $const3604.3 :: int64
|
del $const3604.3
|
2134:
catt[0] = 0.0
$const3608.4 = const(float, 0.0) :: float64
|
$const3612.6 = const(int, 0) :: Literal[int](0)
|
catt[0] = $const3608.4
|
del $const3612.6
|
del $const3608.4
|
2135:
cattlen = 1
$const3616.7 = const(int, 1) :: Literal[int](1)
|
cattlen = $const3616.7 :: int64
|
del $const3616.7
|
2136:
2137:
if bdxtail != 0.0:
jump 3620
|
label 3620
|
$const3622.1 = const(float, 0.0) :: float64
|
$3624compare_op.2 = bdxtail != $const3622.1 :: bool
|
del $const3622.1
|
branch $3624compare_op.2, 3630, 3988
|
2138:
temp16alen = scale_expansion_zeroelim(bxtcalen, bxtca, bdxtail,
label 3630
|
del $3624compare_op.2
|
$3630load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2139:
temp16a, splitter)
$3642call_function.6 = call $3630load_global.0(bxtcalen, bxtca, bdxtail, temp16a, splitter, func=$3630load_global.0, args=[Var(bxtcalen, adaptive_predicates.py:1861), Var(bxtca, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bxtcalen
|
del bxtca
|
del $3630load_global.0
|
temp16alen = $3642call_function.6 :: int64
|
del $3642call_function.6
|
2140:
bxtcatlen = scale_expansion_zeroelim(catlen, cat, bdxtail, bxtcat,
$3646load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2141:
splitter)
$3658call_function.13 = call $3646load_global.7(catlen, cat, bdxtail, bxtcat, splitter, func=$3646load_global.7, args=[Var(catlen, adaptive_predicates.py:2124), Var(cat, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(bxtcat, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $3646load_global.7
|
bxtcatlen = $3658call_function.13 :: int64
|
del $3658call_function.13
|
2142:
temp32alen = scale_expansion_zeroelim(bxtcatlen, bxtcat, 2.0 * bdx,
$3662load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const3668.17 = const(float, 2.0) :: float64
|
$3672binary_multiply.19 = $const3668.17 * bdx :: float64
|
del $const3668.17
|
2143:
temp32a, splitter)
$3678call_function.22 = call $3662load_global.14(bxtcatlen, bxtcat, $3672binary_multiply.19, temp32a, splitter, func=$3662load_global.14, args=[Var(bxtcatlen, adaptive_predicates.py:2141), Var(bxtcat, adaptive_predicates.py:1715), Var($3672binary_multiply.19, adaptive_predicates.py:2142), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $3672binary_multiply.19
|
del $3662load_global.14
|
temp32alen = $3678call_function.22 :: int64
|
del $3678call_function.22
|
2144:
temp48len = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$3682load_global.23 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2145:
temp32alen, temp32a,
2146:
temp48)
$3694call_function.29 = call $3682load_global.23(temp16alen, temp16a, temp32alen, temp32a, temp48, func=$3682load_global.23, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16alen
|
del $3682load_global.23
|
temp48len = $3694call_function.29 :: int64
|
del $3694call_function.29
|
2147:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2148:
# temp48len, temp48,
2149:
# finother)
2150:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$3698load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2151:
temp48len, temp48,
2152:
fin2)
$3710call_function.36 = call $3698load_global.30(finlength, fin1, temp48len, temp48, fin2, func=$3698load_global.30, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $3698load_global.30
|
finlength = $3710call_function.36 :: int64
|
del $3710call_function.36
|
2153:
# finswap = finnow
2154:
# finnow = finother
2155:
# finother = finswap
2156:
swap(fin1, fin2)
$3714load_global.37 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$3720call_function.40 = call $3714load_global.37(fin1, fin2, func=$3714load_global.37, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $3720call_function.40
|
del $3714load_global.37
|
2157:
if cdytail != 0.0:
$const3726.42 = const(float, 0.0) :: float64
|
$3728compare_op.43 = cdytail != $const3726.42 :: bool
|
del $const3726.42
|
branch $3728compare_op.43, 3734, 3792
|
2158:
temp8len = scale_expansion_zeroelim(4, aa, bdxtail, temp8,
label 3734
|
del $3728compare_op.43
|
$3734load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const3736.1 = const(int, 4) :: Literal[int](4)
|
2159:
splitter)
$3746call_function.6 = call $3734load_global.0($const3736.1, aa, bdxtail, temp8, splitter, func=$3734load_global.0, args=[Var($const3736.1, adaptive_predicates.py:2158), Var(aa, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(temp8, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $const3736.1
|
del $3734load_global.0
|
temp8len = $3746call_function.6 :: int64
|
del $3746call_function.6
|
2160:
temp16alen = scale_expansion_zeroelim(temp8len, temp8, cdytail,
$3750load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2161:
temp16a, splitter)
$3762call_function.13 = call $3750load_global.7(temp8len, temp8, cdytail, temp16a, splitter, func=$3750load_global.7, args=[Var(temp8len, adaptive_predicates.py:2012), Var(temp8, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del temp8len
|
del $3750load_global.7
|
temp16alen = $3762call_function.13 :: int64
|
del $3762call_function.13
|
2162:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2163:
# temp16alen, temp16a,
2164:
# finother)
2165:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$3766load_global.14 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2166:
temp16alen, temp16a,
2167:
fin2)
$3778call_function.20 = call $3766load_global.14(finlength, fin1, temp16alen, temp16a, fin2, func=$3766load_global.14, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16alen
|
del $3766load_global.14
|
finlength = $3778call_function.20 :: int64
|
del $3778call_function.20
|
2168:
# finswap = finnow
2169:
# finnow = finother
2170:
# finother = finswap
2171:
swap(fin1, fin2)
$3782load_global.21 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$3788call_function.24 = call $3782load_global.21(fin1, fin2, func=$3782load_global.21, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $3788call_function.24
|
del $3782load_global.21
|
2172:
if adytail != 0.0:
jump 3792
|
label 3792
|
del $3728compare_op.43
|
$const3794.1 = const(float, 0.0) :: float64
|
$3796compare_op.2 = adytail != $const3794.1 :: bool
|
del $const3794.1
|
branch $3796compare_op.2, 3802, 3862
|
2173:
temp8len = scale_expansion_zeroelim(4, cc, -bdxtail, temp8,
label 3802
|
del $3796compare_op.2
|
$3802load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const3804.1 = const(int, 4) :: Literal[int](4)
|
$3810unary_negative.4 = unary(fn=<built-in function neg>, value=bdxtail) :: float64
|
2174:
splitter)
$3816call_function.7 = call $3802load_global.0($const3804.1, cc, $3810unary_negative.4, temp8, splitter, func=$3802load_global.0, args=[Var($const3804.1, adaptive_predicates.py:2173), Var(cc, adaptive_predicates.py:1715), Var($3810unary_negative.4, adaptive_predicates.py:2173), Var(temp8, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cc
|
del $const3804.1
|
del $3810unary_negative.4
|
del $3802load_global.0
|
temp8len = $3816call_function.7 :: int64
|
del $3816call_function.7
|
2175:
temp16alen = scale_expansion_zeroelim(temp8len, temp8, adytail,
$3820load_global.8 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2176:
temp16a, splitter)
$3832call_function.14 = call $3820load_global.8(temp8len, temp8, adytail, temp16a, splitter, func=$3820load_global.8, args=[Var(temp8len, adaptive_predicates.py:2012), Var(temp8, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del temp8len
|
del $3820load_global.8
|
temp16alen = $3832call_function.14 :: int64
|
del $3832call_function.14
|
2177:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2178:
# temp16alen, temp16a,
2179:
# finother)
2180:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$3836load_global.15 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2181:
temp16alen, temp16a,
2182:
fin2)
$3848call_function.21 = call $3836load_global.15(finlength, fin1, temp16alen, temp16a, fin2, func=$3836load_global.15, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16alen
|
del $3836load_global.15
|
finlength = $3848call_function.21 :: int64
|
del $3848call_function.21
|
2183:
# finswap = finnow
2184:
# finnow = finother
2185:
# finother = finswap
2186:
swap(fin1, fin2)
$3852load_global.22 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$3858call_function.25 = call $3852load_global.22(fin1, fin2, func=$3852load_global.22, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $3858call_function.25
|
del $3852load_global.22
|
2187:
2188:
temp32alen = scale_expansion_zeroelim(bxtcatlen, bxtcat, bdxtail,
jump 3862
|
label 3862
|
del cc
|
del $3796compare_op.2
|
$3862load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2189:
temp32a, splitter)
$3874call_function.6 = call $3862load_global.0(bxtcatlen, bxtcat, bdxtail, temp32a, splitter, func=$3862load_global.0, args=[Var(bxtcatlen, adaptive_predicates.py:2141), Var(bxtcat, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bxtcatlen
|
del bxtcat
|
del $3862load_global.0
|
temp32alen = $3874call_function.6 :: int64
|
del $3874call_function.6
|
2190:
bxtcattlen = scale_expansion_zeroelim(cattlen, catt, bdxtail,
$3878load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2191:
bxtcatt, splitter)
$3890call_function.13 = call $3878load_global.7(cattlen, catt, bdxtail, bxtcatt, splitter, func=$3878load_global.7, args=[Var(cattlen, adaptive_predicates.py:2130), Var(catt, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(bxtcatt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $3878load_global.7
|
bxtcattlen = $3890call_function.13 :: int64
|
del $3890call_function.13
|
2192:
temp16alen = scale_expansion_zeroelim(bxtcattlen, bxtcatt,
$3894load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2193:
2.0 * bdx, temp16a, splitter)
$const3900.17 = const(float, 2.0) :: float64
|
$3904binary_multiply.19 = $const3900.17 * bdx :: float64
|
del $const3900.17
|
$3910call_function.22 = call $3894load_global.14(bxtcattlen, bxtcatt, $3904binary_multiply.19, temp16a, splitter, func=$3894load_global.14, args=[Var(bxtcattlen, adaptive_predicates.py:2191), Var(bxtcatt, adaptive_predicates.py:1715), Var($3904binary_multiply.19, adaptive_predicates.py:2193), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $3904binary_multiply.19
|
del $3894load_global.14
|
temp16alen = $3910call_function.22 :: int64
|
del $3910call_function.22
|
2194:
temp16blen = scale_expansion_zeroelim(bxtcattlen, bxtcatt, bdxtail,
$3914load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2195:
temp16b, splitter)
$3926call_function.29 = call $3914load_global.23(bxtcattlen, bxtcatt, bdxtail, temp16b, splitter, func=$3914load_global.23, args=[Var(bxtcattlen, adaptive_predicates.py:2191), Var(bxtcatt, adaptive_predicates.py:1715), Var(bdxtail, adaptive_predicates.py:1762), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bxtcattlen
|
del bxtcatt
|
del $3914load_global.23
|
temp16blen = $3926call_function.29 :: int64
|
del $3926call_function.29
|
2196:
temp32blen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$3930load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2197:
temp16blen, temp16b,
2198:
temp32b)
$3942call_function.36 = call $3930load_global.30(temp16alen, temp16a, temp16blen, temp16b, temp32b, func=$3930load_global.30, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32b, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $3930load_global.30
|
temp32blen = $3942call_function.36 :: int64
|
del $3942call_function.36
|
2199:
temp64len = fast_expansion_sum_zeroelim(temp32alen, temp32a,
$3946load_global.37 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2200:
temp32blen, temp32b,
2201:
temp64)
$3958call_function.43 = call $3946load_global.37(temp32alen, temp32a, temp32blen, temp32b, temp64, func=$3946load_global.37, args=[Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp32blen, adaptive_predicates.py:2052), Var(temp32b, adaptive_predicates.py:1715), Var(temp64, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32blen
|
del temp32alen
|
del $3946load_global.37
|
temp64len = $3958call_function.43 :: int64
|
del $3958call_function.43
|
2202:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2203:
# temp64len, temp64,
2204:
# finother)
2205:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$3962load_global.44 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2206:
temp64len, temp64,
2207:
fin2)
$3974call_function.50 = call $3962load_global.44(finlength, fin1, temp64len, temp64, fin2, func=$3962load_global.44, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp64len, adaptive_predicates.py:2055), Var(temp64, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp64len
|
del $3962load_global.44
|
finlength = $3974call_function.50 :: int64
|
del $3974call_function.50
|
2208:
# finswap = finnow
2209:
# finnow = finother
2210:
# finother = finswap
2211:
swap(fin1, fin2)
$3978load_global.51 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$3984call_function.54 = call $3978load_global.51(fin1, fin2, func=$3978load_global.51, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $3984call_function.54
|
del $3978load_global.51
|
2212:
2213:
if bdytail != 0.0:
jump 3988
|
label 3988
|
del cc
|
del bxtcatt
|
del bxtcat
|
del bxtcalen
|
del bxtca
|
del $3624compare_op.2
|
$const3990.1 = const(float, 0.0) :: float64
|
$3992compare_op.2 = bdytail != $const3990.1 :: bool
|
del $const3990.1
|
branch $3992compare_op.2, 3998, 4218
|
2214:
temp16alen = scale_expansion_zeroelim(bytcalen, bytca, bdytail,
label 3998
|
del $3992compare_op.2
|
$3998load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2215:
temp16a, splitter)
$4010call_function.6 = call $3998load_global.0(bytcalen, bytca, bdytail, temp16a, splitter, func=$3998load_global.0, args=[Var(bytcalen, adaptive_predicates.py:1887), Var(bytca, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bytcalen
|
del bytca
|
del $3998load_global.0
|
temp16alen = $4010call_function.6 :: int64
|
del $4010call_function.6
|
2216:
bytcatlen = scale_expansion_zeroelim(catlen, cat, bdytail, bytcat,
$4014load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2217:
splitter)
$4026call_function.13 = call $4014load_global.7(catlen, cat, bdytail, bytcat, splitter, func=$4014load_global.7, args=[Var(catlen, adaptive_predicates.py:2124), Var(cat, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(bytcat, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del catlen
|
del cat
|
del $4014load_global.7
|
bytcatlen = $4026call_function.13 :: int64
|
del $4026call_function.13
|
2218:
temp32alen = scale_expansion_zeroelim(bytcatlen, bytcat, 2.0 * bdy,
$4030load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const4036.17 = const(float, 2.0) :: float64
|
$4040binary_multiply.19 = $const4036.17 * bdy :: float64
|
del $const4036.17
|
2219:
temp32a, splitter)
$4046call_function.22 = call $4030load_global.14(bytcatlen, bytcat, $4040binary_multiply.19, temp32a, splitter, func=$4030load_global.14, args=[Var(bytcatlen, adaptive_predicates.py:2217), Var(bytcat, adaptive_predicates.py:1715), Var($4040binary_multiply.19, adaptive_predicates.py:2218), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $4040binary_multiply.19
|
del $4030load_global.14
|
temp32alen = $4046call_function.22 :: int64
|
del $4046call_function.22
|
2220:
temp48len = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$4050load_global.23 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2221:
temp32alen, temp32a,
2222:
temp48)
$4062call_function.29 = call $4050load_global.23(temp16alen, temp16a, temp32alen, temp32a, temp48, func=$4050load_global.23, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del $4050load_global.23
|
temp48len = $4062call_function.29 :: int64
|
del $4062call_function.29
|
2223:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2224:
# temp48len, temp48,
2225:
# finother)
2226:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$4066load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2227:
temp48len, temp48,
2228:
fin2)
$4078call_function.36 = call $4066load_global.30(finlength, fin1, temp48len, temp48, fin2, func=$4066load_global.30, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $4066load_global.30
|
finlength = $4078call_function.36 :: int64
|
del $4078call_function.36
|
2229:
# finswap = finnow
2230:
# finnow = finother
2231:
# finother = finswap
2232:
swap(fin1, fin2)
$4082load_global.37 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$4088call_function.40 = call $4082load_global.37(fin1, fin2, func=$4082load_global.37, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $4088call_function.40
|
del $4082load_global.37
|
2233:
2234:
temp32alen = scale_expansion_zeroelim(bytcatlen, bytcat, bdytail,
$4092load_global.41 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2235:
temp32a, splitter)
$4104call_function.47 = call $4092load_global.41(bytcatlen, bytcat, bdytail, temp32a, splitter, func=$4092load_global.41, args=[Var(bytcatlen, adaptive_predicates.py:2217), Var(bytcat, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bytcatlen
|
del bytcat
|
del $4092load_global.41
|
temp32alen = $4104call_function.47 :: int64
|
del $4104call_function.47
|
2236:
bytcattlen = scale_expansion_zeroelim(cattlen, catt, bdytail,
$4108load_global.48 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2237:
bytcatt, splitter)
$4120call_function.54 = call $4108load_global.48(cattlen, catt, bdytail, bytcatt, splitter, func=$4108load_global.48, args=[Var(cattlen, adaptive_predicates.py:2130), Var(catt, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(bytcatt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cattlen
|
del catt
|
del $4108load_global.48
|
bytcattlen = $4120call_function.54 :: int64
|
del $4120call_function.54
|
2238:
temp16alen = scale_expansion_zeroelim(bytcattlen, bytcatt,
$4124load_global.55 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2239:
2.0 * bdy, temp16a, splitter)
$const4130.58 = const(float, 2.0) :: float64
|
$4134binary_multiply.60 = $const4130.58 * bdy :: float64
|
del $const4130.58
|
$4140call_function.63 = call $4124load_global.55(bytcattlen, bytcatt, $4134binary_multiply.60, temp16a, splitter, func=$4124load_global.55, args=[Var(bytcattlen, adaptive_predicates.py:2237), Var(bytcatt, adaptive_predicates.py:1715), Var($4134binary_multiply.60, adaptive_predicates.py:2239), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $4134binary_multiply.60
|
del $4124load_global.55
|
temp16alen = $4140call_function.63 :: int64
|
del $4140call_function.63
|
2240:
temp16blen = scale_expansion_zeroelim(bytcattlen, bytcatt, bdytail,
$4144load_global.64 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2241:
temp16b, splitter)
$4156call_function.70 = call $4144load_global.64(bytcattlen, bytcatt, bdytail, temp16b, splitter, func=$4144load_global.64, args=[Var(bytcattlen, adaptive_predicates.py:2237), Var(bytcatt, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bytcattlen
|
del bytcatt
|
del $4144load_global.64
|
temp16blen = $4156call_function.70 :: int64
|
del $4156call_function.70
|
2242:
temp32blen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$4160load_global.71 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2243:
temp16blen, temp16b,
2244:
temp32b)
$4172call_function.77 = call $4160load_global.71(temp16alen, temp16a, temp16blen, temp16b, temp32b, func=$4160load_global.71, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32b, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $4160load_global.71
|
temp32blen = $4172call_function.77 :: int64
|
del $4172call_function.77
|
2245:
temp64len = fast_expansion_sum_zeroelim(temp32alen, temp32a,
$4176load_global.78 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2246:
temp32blen, temp32b,
2247:
temp64)
$4188call_function.84 = call $4176load_global.78(temp32alen, temp32a, temp32blen, temp32b, temp64, func=$4176load_global.78, args=[Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp32blen, adaptive_predicates.py:2052), Var(temp32b, adaptive_predicates.py:1715), Var(temp64, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32blen
|
del temp32alen
|
del $4176load_global.78
|
temp64len = $4188call_function.84 :: int64
|
del $4188call_function.84
|
2248:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2249:
# temp64len, temp64,
2250:
# finother)
2251:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$4192load_global.85 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2252:
temp64len, temp64,
2253:
fin2)
$4204call_function.91 = call $4192load_global.85(finlength, fin1, temp64len, temp64, fin2, func=$4192load_global.85, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp64len, adaptive_predicates.py:2055), Var(temp64, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp64len
|
del $4192load_global.85
|
finlength = $4204call_function.91 :: int64
|
del $4204call_function.91
|
2254:
# finswap = finnow
2255:
# finnow = finother
2256:
# finother = finswap
2257:
swap(fin1, fin2)
$4208load_global.92 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$4214call_function.95 = call $4208load_global.92(fin1, fin2, func=$4208load_global.92, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $4214call_function.95
|
del $4208load_global.92
|
2258:
2259:
if (cdxtail != 0.0) or (cdytail != 0.0):
jump 4218
|
label 4218
|
del cc
|
del cattlen
|
del catt
|
del catlen
|
del cat
|
del bytcatt
|
del bytcat
|
del bytcalen
|
del bytca
|
del bxtcatt
|
del bxtcat
|
del bxtcalen
|
del bxtca
|
del $3992compare_op.2
|
del $3306compare_op.2
|
$const4220.1 = const(float, 0.0) :: float64
|
$4222compare_op.2 = cdxtail != $const4220.1 :: bool
|
del $const4220.1
|
branch $4222compare_op.2, 4238, 4228
|
label 4228
|
del $4222compare_op.2
|
$const4230.1 = const(float, 0.0) :: float64
|
$4232compare_op.2 = cdytail != $const4230.1 :: bool
|
del $const4230.1
|
branch $4232compare_op.2, 4238, 5144
|
2260:
if (adxtail != 0.0) or (adytail != 0.0) or \
label 4238
|
del $4232compare_op.2
|
del $4222compare_op.2
|
$const4240.1 = const(float, 0.0) :: float64
|
$4242compare_op.2 = adxtail != $const4240.1 :: bool
|
del $const4240.1
|
branch $4242compare_op.2, 4278, 4248
|
label 4248
|
del $4242compare_op.2
|
$const4250.1 = const(float, 0.0) :: float64
|
$4252compare_op.2 = adytail != $const4250.1 :: bool
|
del $const4250.1
|
branch $4252compare_op.2, 4278, 4258
|
2261:
(bdxtail != 0.0) or (bdytail != 0.0):
label 4258
|
del $4252compare_op.2
|
$const4260.1 = const(float, 0.0) :: float64
|
$4262compare_op.2 = bdxtail != $const4260.1 :: bool
|
del $const4260.1
|
branch $4262compare_op.2, 4278, 4268
|
label 4268
|
del $4262compare_op.2
|
$const4270.1 = const(float, 0.0) :: float64
|
$4272compare_op.2 = bdytail != $const4270.1 :: bool
|
del $const4270.1
|
branch $4272compare_op.2, 4278, 4522
|
2262:
ti1, ti0 = Two_Product(adxtail, bdy, splitter)
label 4278
|
del $4272compare_op.2
|
del $4262compare_op.2
|
del $4252compare_op.2
|
del $4242compare_op.2
|
$4278load_global.0 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$4286call_function.4 = call $4278load_global.0(adxtail, bdy, splitter, func=$4278load_global.0, args=[Var(adxtail, adaptive_predicates.py:1760), Var(bdy, adaptive_predicates.py:1719), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del bdy
|
del $4278load_global.0
|
$4288unpack_sequence.7 = exhaust_iter(value=$4286call_function.4, count=2) :: UniTuple(float64 x 2)
|
del $4286call_function.4
|
$4288unpack_sequence.5 = static_getitem(value=$4288unpack_sequence.7, index=0, index_var=None) :: float64
|
$4288unpack_sequence.6 = static_getitem(value=$4288unpack_sequence.7, index=1, index_var=None) :: float64
|
del $4288unpack_sequence.7
|
ti1 = $4288unpack_sequence.5 :: float64
|
del $4288unpack_sequence.5
|
ti0 = $4288unpack_sequence.6 :: float64
|
del $4288unpack_sequence.6
|
2263:
tj1, tj0 = Two_Product(adx, bdytail, splitter)
$4294load_global.8 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$4302call_function.12 = call $4294load_global.8(adx, bdytail, splitter, func=$4294load_global.8, args=[Var(adx, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del adx
|
del $4294load_global.8
|
$4304unpack_sequence.15 = exhaust_iter(value=$4302call_function.12, count=2) :: UniTuple(float64 x 2)
|
del $4302call_function.12
|
$4304unpack_sequence.13 = static_getitem(value=$4304unpack_sequence.15, index=0, index_var=None) :: float64
|
$4304unpack_sequence.14 = static_getitem(value=$4304unpack_sequence.15, index=1, index_var=None) :: float64
|
del $4304unpack_sequence.15
|
tj1 = $4304unpack_sequence.13 :: float64
|
del $4304unpack_sequence.13
|
tj0 = $4304unpack_sequence.14 :: float64
|
del $4304unpack_sequence.14
|
2264:
u[3], u[2], u[1], u[0] = Two_Two_Sum(ti1, ti0, tj1, tj0)
$4310load_global.16 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
$4320call_function.21 = call $4310load_global.16(ti1, ti0, tj1, tj0, func=$4310load_global.16, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $4310load_global.16
|
$4322unpack_sequence.26 = exhaust_iter(value=$4320call_function.21, count=4) :: UniTuple(float64 x 4)
|
del $4320call_function.21
|
$4322unpack_sequence.22 = static_getitem(value=$4322unpack_sequence.26, index=0, index_var=None) :: float64
|
$4322unpack_sequence.23 = static_getitem(value=$4322unpack_sequence.26, index=1, index_var=None) :: float64
|
$4322unpack_sequence.24 = static_getitem(value=$4322unpack_sequence.26, index=2, index_var=None) :: float64
|
$4322unpack_sequence.25 = static_getitem(value=$4322unpack_sequence.26, index=3, index_var=None) :: float64
|
del $4322unpack_sequence.26
|
$const4326.28 = const(int, 3) :: Literal[int](3)
|
u[3] = $4322unpack_sequence.22
|
del $const4326.28
|
del $4322unpack_sequence.22
|
$const4332.30 = const(int, 2) :: Literal[int](2)
|
u[2] = $4322unpack_sequence.23
|
del $const4332.30
|
del $4322unpack_sequence.23
|
$const4338.32 = const(int, 1) :: Literal[int](1)
|
u[1] = $4322unpack_sequence.24
|
del $const4338.32
|
del $4322unpack_sequence.24
|
$const4344.34 = const(int, 0) :: Literal[int](0)
|
u[0] = $4322unpack_sequence.25
|
del $const4344.34
|
del $4322unpack_sequence.25
|
2265:
negate = -ady
$4350unary_negative.36 = unary(fn=<built-in function neg>, value=ady) :: float64
|
del ady
|
negate = $4350unary_negative.36 :: float64
|
del $4350unary_negative.36
|
2266:
ti1, ti0 = Two_Product(bdxtail, negate, splitter)
$4354load_global.37 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$4362call_function.41 = call $4354load_global.37(bdxtail, negate, splitter, func=$4354load_global.37, args=[Var(bdxtail, adaptive_predicates.py:1762), Var(negate, adaptive_predicates.py:1971), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del $4354load_global.37
|
$4364unpack_sequence.44 = exhaust_iter(value=$4362call_function.41, count=2) :: UniTuple(float64 x 2)
|
del $4362call_function.41
|
$4364unpack_sequence.42 = static_getitem(value=$4364unpack_sequence.44, index=0, index_var=None) :: float64
|
$4364unpack_sequence.43 = static_getitem(value=$4364unpack_sequence.44, index=1, index_var=None) :: float64
|
del $4364unpack_sequence.44
|
ti1 = $4364unpack_sequence.42 :: float64
|
del $4364unpack_sequence.42
|
ti0 = $4364unpack_sequence.43 :: float64
|
del $4364unpack_sequence.43
|
2267:
negate = -adytail
$4372unary_negative.46 = unary(fn=<built-in function neg>, value=adytail) :: float64
|
negate = $4372unary_negative.46 :: float64
|
del $4372unary_negative.46
|
2268:
tj1, tj0 = Two_Product(bdx, negate, splitter)
$4376load_global.47 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$4384call_function.51 = call $4376load_global.47(bdx, negate, splitter, func=$4376load_global.47, args=[Var(bdx, adaptive_predicates.py:1716), Var(negate, adaptive_predicates.py:1971), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del negate
|
del bdx
|
del $4376load_global.47
|
$4386unpack_sequence.54 = exhaust_iter(value=$4384call_function.51, count=2) :: UniTuple(float64 x 2)
|
del $4384call_function.51
|
$4386unpack_sequence.52 = static_getitem(value=$4386unpack_sequence.54, index=0, index_var=None) :: float64
|
$4386unpack_sequence.53 = static_getitem(value=$4386unpack_sequence.54, index=1, index_var=None) :: float64
|
del $4386unpack_sequence.54
|
tj1 = $4386unpack_sequence.52 :: float64
|
del $4386unpack_sequence.52
|
tj0 = $4386unpack_sequence.53 :: float64
|
del $4386unpack_sequence.53
|
2269:
v[3], v[2], v[1], v[0] = Two_Two_Sum(ti1, ti0, tj1, tj0)
$4392load_global.55 = global(Two_Two_Sum: CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>)) :: type(CPUDispatcher(<function Two_Two_Sum at 0x7f51d4cacef0>))
|
$4402call_function.60 = call $4392load_global.55(ti1, ti0, tj1, tj0, func=$4392load_global.55, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del $4392load_global.55
|
$4404unpack_sequence.65 = exhaust_iter(value=$4402call_function.60, count=4) :: UniTuple(float64 x 4)
|
del $4402call_function.60
|
$4404unpack_sequence.61 = static_getitem(value=$4404unpack_sequence.65, index=0, index_var=None) :: float64
|
$4404unpack_sequence.62 = static_getitem(value=$4404unpack_sequence.65, index=1, index_var=None) :: float64
|
$4404unpack_sequence.63 = static_getitem(value=$4404unpack_sequence.65, index=2, index_var=None) :: float64
|
$4404unpack_sequence.64 = static_getitem(value=$4404unpack_sequence.65, index=3, index_var=None) :: float64
|
del $4404unpack_sequence.65
|
$const4408.67 = const(int, 3) :: Literal[int](3)
|
v[3] = $4404unpack_sequence.61
|
del $const4408.67
|
del $4404unpack_sequence.61
|
$const4414.69 = const(int, 2) :: Literal[int](2)
|
v[2] = $4404unpack_sequence.62
|
del $const4414.69
|
del $4404unpack_sequence.62
|
$const4420.71 = const(int, 1) :: Literal[int](1)
|
v[1] = $4404unpack_sequence.63
|
del $const4420.71
|
del $4404unpack_sequence.63
|
$const4426.73 = const(int, 0) :: Literal[int](0)
|
v[0] = $4404unpack_sequence.64
|
del $const4426.73
|
del $4404unpack_sequence.64
|
2270:
abtlen = fast_expansion_sum_zeroelim(4, u, 4, v, abt)
$4430load_global.74 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
$const4432.75 = const(int, 4) :: Literal[int](4)
|
$const4436.77 = const(int, 4) :: Literal[int](4)
|
$4442call_function.80 = call $4430load_global.74($const4432.75, u, $const4436.77, v, abt, func=$4430load_global.74, args=[Var($const4432.75, adaptive_predicates.py:2270), Var(u, adaptive_predicates.py:1715), Var($const4436.77, adaptive_predicates.py:2270), Var(v, adaptive_predicates.py:1715), Var(abt, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), Literal[int](4), array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del v
|
del u
|
del $const4436.77
|
del $const4432.75
|
del $4430load_global.74
|
abtlen = $4442call_function.80 :: int64
|
del $4442call_function.80
|
2271:
2272:
ti1, ti0 = Two_Product(adxtail, bdytail, splitter)
$4446load_global.81 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$4454call_function.85 = call $4446load_global.81(adxtail, bdytail, splitter, func=$4446load_global.81, args=[Var(adxtail, adaptive_predicates.py:1760), Var(bdytail, adaptive_predicates.py:1763), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del adxtail
|
del $4446load_global.81
|
$4456unpack_sequence.88 = exhaust_iter(value=$4454call_function.85, count=2) :: UniTuple(float64 x 2)
|
del $4454call_function.85
|
$4456unpack_sequence.86 = static_getitem(value=$4456unpack_sequence.88, index=0, index_var=None) :: float64
|
$4456unpack_sequence.87 = static_getitem(value=$4456unpack_sequence.88, index=1, index_var=None) :: float64
|
del $4456unpack_sequence.88
|
ti1 = $4456unpack_sequence.86 :: float64
|
del $4456unpack_sequence.86
|
ti0 = $4456unpack_sequence.87 :: float64
|
del $4456unpack_sequence.87
|
2273:
tj1, tj0 = Two_Product(bdxtail, adytail, splitter)
$4462load_global.89 = global(Two_Product: CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>)) :: type(CPUDispatcher(<function Two_Product at 0x7f51d4cb2b00>))
|
$4470call_function.93 = call $4462load_global.89(bdxtail, adytail, splitter, func=$4462load_global.89, args=[Var(bdxtail, adaptive_predicates.py:1762), Var(adytail, adaptive_predicates.py:1761), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (float64, float64, float64) -> UniTuple(float64 x 2)
|
del bdxtail
|
del $4462load_global.89
|
$4472unpack_sequence.96 = exhaust_iter(value=$4470call_function.93, count=2) :: UniTuple(float64 x 2)
|
del $4470call_function.93
|
$4472unpack_sequence.94 = static_getitem(value=$4472unpack_sequence.96, index=0, index_var=None) :: float64
|
$4472unpack_sequence.95 = static_getitem(value=$4472unpack_sequence.96, index=1, index_var=None) :: float64
|
del $4472unpack_sequence.96
|
tj1 = $4472unpack_sequence.94 :: float64
|
del $4472unpack_sequence.94
|
tj0 = $4472unpack_sequence.95 :: float64
|
del $4472unpack_sequence.95
|
2274:
abtt[3], abtt[2], abtt[1], abtt[0] = Two_Two_Diff(ti1, ti0, tj1,
$4478load_global.97 = global(Two_Two_Diff: CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>)) :: type(CPUDispatcher(<function Two_Two_Diff at 0x7f51d4cc8200>))
|
2275:
tj0)
$4488call_function.102 = call $4478load_global.97(ti1, ti0, tj1, tj0, func=$4478load_global.97, args=[Var(ti1, adaptive_predicates.py:1968), Var(ti0, adaptive_predicates.py:1968), Var(tj1, adaptive_predicates.py:1969), Var(tj0, adaptive_predicates.py:1969)], kws=(), vararg=None) :: (float64, float64, float64, float64) -> UniTuple(float64 x 4)
|
del tj1
|
del tj0
|
del ti1
|
del ti0
|
del $4478load_global.97
|
$4490unpack_sequence.107 = exhaust_iter(value=$4488call_function.102, count=4) :: UniTuple(float64 x 4)
|
del $4488call_function.102
|
$4490unpack_sequence.103 = static_getitem(value=$4490unpack_sequence.107, index=0, index_var=None) :: float64
|
$4490unpack_sequence.104 = static_getitem(value=$4490unpack_sequence.107, index=1, index_var=None) :: float64
|
$4490unpack_sequence.105 = static_getitem(value=$4490unpack_sequence.107, index=2, index_var=None) :: float64
|
$4490unpack_sequence.106 = static_getitem(value=$4490unpack_sequence.107, index=3, index_var=None) :: float64
|
del $4490unpack_sequence.107
|
$const4494.109 = const(int, 3) :: Literal[int](3)
|
abtt[3] = $4490unpack_sequence.103
|
del $const4494.109
|
del $4490unpack_sequence.103
|
$const4500.111 = const(int, 2) :: Literal[int](2)
|
abtt[2] = $4490unpack_sequence.104
|
del $const4500.111
|
del $4490unpack_sequence.104
|
$const4506.113 = const(int, 1) :: Literal[int](1)
|
abtt[1] = $4490unpack_sequence.105
|
del $const4506.113
|
del $4490unpack_sequence.105
|
$const4512.115 = const(int, 0) :: Literal[int](0)
|
abtt[0] = $4490unpack_sequence.106
|
del $const4512.115
|
del $4490unpack_sequence.106
|
2276:
abttlen = 4
$const4516.116 = const(int, 4) :: Literal[int](4)
|
abttlen = $const4516.116 :: int64
|
del $const4516.116
|
jump 4546
|
2277:
else:
2278:
abt[0] = 0.0
label 4522
|
del v
|
del u
|
del bdy
|
del bdxtail
|
del bdx
|
del ady
|
del adxtail
|
del adx
|
del $4272compare_op.2
|
$const4522.0 = const(float, 0.0) :: float64
|
$const4526.2 = const(int, 0) :: Literal[int](0)
|
abt[0] = $const4522.0
|
del $const4526.2
|
del $const4522.0
|
2279:
abtlen = 1
$const4530.3 = const(int, 1) :: Literal[int](1)
|
abtlen = $const4530.3 :: int64
|
del $const4530.3
|
2280:
abtt[0] = 0.0
$const4534.4 = const(float, 0.0) :: float64
|
$const4538.6 = const(int, 0) :: Literal[int](0)
|
abtt[0] = $const4534.4
|
del $const4538.6
|
del $const4534.4
|
2281:
abttlen = 1
$const4542.7 = const(int, 1) :: Literal[int](1)
|
abttlen = $const4542.7 :: int64
|
del $const4542.7
|
2282:
2283:
if cdxtail != 0.0:
jump 4546
|
label 4546
|
$const4548.1 = const(float, 0.0) :: float64
|
$4550compare_op.2 = cdxtail != $const4548.1 :: bool
|
del $const4548.1
|
branch $4550compare_op.2, 4556, 4914
|
2284:
temp16alen = scale_expansion_zeroelim(cxtablen, cxtab, cdxtail,
label 4556
|
del $4550compare_op.2
|
$4556load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2285:
temp16a, splitter)
$4568call_function.6 = call $4556load_global.0(cxtablen, cxtab, cdxtail, temp16a, splitter, func=$4556load_global.0, args=[Var(cxtablen, adaptive_predicates.py:1913), Var(cxtab, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cxtablen
|
del cxtab
|
del $4556load_global.0
|
temp16alen = $4568call_function.6 :: int64
|
del $4568call_function.6
|
2286:
cxtabtlen = scale_expansion_zeroelim(abtlen, abt, cdxtail, cxtabt,
$4572load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2287:
splitter)
$4584call_function.13 = call $4572load_global.7(abtlen, abt, cdxtail, cxtabt, splitter, func=$4572load_global.7, args=[Var(abtlen, adaptive_predicates.py:2270), Var(abt, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(cxtabt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $4572load_global.7
|
cxtabtlen = $4584call_function.13 :: int64
|
del $4584call_function.13
|
2288:
temp32alen = scale_expansion_zeroelim(cxtabtlen, cxtabt, 2.0 * cdx,
$4588load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const4594.17 = const(float, 2.0) :: float64
|
$4598binary_multiply.19 = $const4594.17 * cdx :: float64
|
del $const4594.17
|
2289:
temp32a, splitter)
$4604call_function.22 = call $4588load_global.14(cxtabtlen, cxtabt, $4598binary_multiply.19, temp32a, splitter, func=$4588load_global.14, args=[Var(cxtabtlen, adaptive_predicates.py:2287), Var(cxtabt, adaptive_predicates.py:1715), Var($4598binary_multiply.19, adaptive_predicates.py:2288), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $4598binary_multiply.19
|
del $4588load_global.14
|
temp32alen = $4604call_function.22 :: int64
|
del $4604call_function.22
|
2290:
temp48len = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$4608load_global.23 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2291:
temp32alen, temp32a,
2292:
temp48)
$4620call_function.29 = call $4608load_global.23(temp16alen, temp16a, temp32alen, temp32a, temp48, func=$4608load_global.23, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32alen
|
del temp16alen
|
del $4608load_global.23
|
temp48len = $4620call_function.29 :: int64
|
del $4620call_function.29
|
2293:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2294:
# temp48len, temp48,
2295:
# finother)
2296:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$4624load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2297:
temp48len, temp48,
2298:
fin2)
$4636call_function.36 = call $4624load_global.30(finlength, fin1, temp48len, temp48, fin2, func=$4624load_global.30, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del $4624load_global.30
|
finlength = $4636call_function.36 :: int64
|
del $4636call_function.36
|
2299:
# finswap = finnow
2300:
# finnow = finother
2301:
# finother = finswap
2302:
swap(fin1, fin2)
$4640load_global.37 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$4646call_function.40 = call $4640load_global.37(fin1, fin2, func=$4640load_global.37, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $4646call_function.40
|
del $4640load_global.37
|
2303:
2304:
if adytail != 0.0:
$const4652.42 = const(float, 0.0) :: float64
|
$4654compare_op.43 = adytail != $const4652.42 :: bool
|
del $const4652.42
|
branch $4654compare_op.43, 4660, 4718
|
2305:
temp8len = scale_expansion_zeroelim(4, bb, cdxtail, temp8,
label 4660
|
del $4654compare_op.43
|
$4660load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const4662.1 = const(int, 4) :: Literal[int](4)
|
2306:
splitter)
$4672call_function.6 = call $4660load_global.0($const4662.1, bb, cdxtail, temp8, splitter, func=$4660load_global.0, args=[Var($const4662.1, adaptive_predicates.py:2305), Var(bb, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(temp8, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del bb
|
del $const4662.1
|
del $4660load_global.0
|
temp8len = $4672call_function.6 :: int64
|
del $4672call_function.6
|
2307:
temp16alen = scale_expansion_zeroelim(temp8len, temp8, adytail,
$4676load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2308:
temp16a, splitter)
$4688call_function.13 = call $4676load_global.7(temp8len, temp8, adytail, temp16a, splitter, func=$4676load_global.7, args=[Var(temp8len, adaptive_predicates.py:2012), Var(temp8, adaptive_predicates.py:1715), Var(adytail, adaptive_predicates.py:1761), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del temp8len
|
del adytail
|
del $4676load_global.7
|
temp16alen = $4688call_function.13 :: int64
|
del $4688call_function.13
|
2309:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2310:
# temp16alen, temp16a,
2311:
# finother)
2312:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$4692load_global.14 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2313:
temp16alen, temp16a,
2314:
fin2)
$4704call_function.20 = call $4692load_global.14(finlength, fin1, temp16alen, temp16a, fin2, func=$4692load_global.14, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16alen
|
del $4692load_global.14
|
finlength = $4704call_function.20 :: int64
|
del $4704call_function.20
|
2315:
# finswap = finnow
2316:
# finnow = finother
2317:
# finother = finswap
2318:
swap(fin1, fin2)
$4708load_global.21 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$4714call_function.24 = call $4708load_global.21(fin1, fin2, func=$4708load_global.21, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $4714call_function.24
|
del $4708load_global.21
|
2319:
2320:
if bdytail != 0.0:
jump 4718
|
label 4718
|
del bb
|
del adytail
|
del $4654compare_op.43
|
$const4720.1 = const(float, 0.0) :: float64
|
$4722compare_op.2 = bdytail != $const4720.1 :: bool
|
del $const4720.1
|
branch $4722compare_op.2, 4728, 4788
|
2321:
temp8len = scale_expansion_zeroelim(4, aa, -cdxtail, temp8,
label 4728
|
del $4722compare_op.2
|
$4728load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const4730.1 = const(int, 4) :: Literal[int](4)
|
$4736unary_negative.4 = unary(fn=<built-in function neg>, value=cdxtail) :: float64
|
2322:
splitter)
$4742call_function.7 = call $4728load_global.0($const4730.1, aa, $4736unary_negative.4, temp8, splitter, func=$4728load_global.0, args=[Var($const4730.1, adaptive_predicates.py:2321), Var(aa, adaptive_predicates.py:1715), Var($4736unary_negative.4, adaptive_predicates.py:2321), Var(temp8, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (Literal[int](4), array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del aa
|
del $const4730.1
|
del $4736unary_negative.4
|
del $4728load_global.0
|
temp8len = $4742call_function.7 :: int64
|
del $4742call_function.7
|
2323:
temp16alen = scale_expansion_zeroelim(temp8len, temp8, bdytail,
$4746load_global.8 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2324:
temp16a, splitter)
$4758call_function.14 = call $4746load_global.8(temp8len, temp8, bdytail, temp16a, splitter, func=$4746load_global.8, args=[Var(temp8len, adaptive_predicates.py:2012), Var(temp8, adaptive_predicates.py:1715), Var(bdytail, adaptive_predicates.py:1763), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del temp8len
|
del temp8
|
del bdytail
|
del $4746load_global.8
|
temp16alen = $4758call_function.14 :: int64
|
del $4758call_function.14
|
2325:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2326:
# temp16alen, temp16a,
2327:
# finother)
2328:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$4762load_global.15 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2329:
temp16alen, temp16a,
2330:
fin2)
$4774call_function.21 = call $4762load_global.15(finlength, fin1, temp16alen, temp16a, fin2, func=$4762load_global.15, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16alen
|
del $4762load_global.15
|
finlength = $4774call_function.21 :: int64
|
del $4774call_function.21
|
2331:
# finswap = finnow
2332:
# finnow = finother
2333:
# finother = finswap
2334:
swap(fin1, fin2)
$4778load_global.22 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$4784call_function.25 = call $4778load_global.22(fin1, fin2, func=$4778load_global.22, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $4784call_function.25
|
del $4778load_global.22
|
2335:
2336:
temp32alen = scale_expansion_zeroelim(cxtabtlen, cxtabt, cdxtail,
jump 4788
|
label 4788
|
del temp8
|
del bdytail
|
del aa
|
del $4722compare_op.2
|
$4788load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2337:
temp32a, splitter)
$4800call_function.6 = call $4788load_global.0(cxtabtlen, cxtabt, cdxtail, temp32a, splitter, func=$4788load_global.0, args=[Var(cxtabtlen, adaptive_predicates.py:2287), Var(cxtabt, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cxtabtlen
|
del cxtabt
|
del $4788load_global.0
|
temp32alen = $4800call_function.6 :: int64
|
del $4800call_function.6
|
2338:
cxtabttlen = scale_expansion_zeroelim(abttlen, abtt, cdxtail,
$4804load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2339:
cxtabtt, splitter)
$4816call_function.13 = call $4804load_global.7(abttlen, abtt, cdxtail, cxtabtt, splitter, func=$4804load_global.7, args=[Var(abttlen, adaptive_predicates.py:2276), Var(abtt, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(cxtabtt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $4804load_global.7
|
cxtabttlen = $4816call_function.13 :: int64
|
del $4816call_function.13
|
2340:
temp16alen = scale_expansion_zeroelim(cxtabttlen, cxtabtt,
$4820load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2341:
2.0 * cdx, temp16a, splitter)
$const4826.17 = const(float, 2.0) :: float64
|
$4830binary_multiply.19 = $const4826.17 * cdx :: float64
|
del cdx
|
del $const4826.17
|
$4836call_function.22 = call $4820load_global.14(cxtabttlen, cxtabtt, $4830binary_multiply.19, temp16a, splitter, func=$4820load_global.14, args=[Var(cxtabttlen, adaptive_predicates.py:2339), Var(cxtabtt, adaptive_predicates.py:1715), Var($4830binary_multiply.19, adaptive_predicates.py:2341), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $4830binary_multiply.19
|
del $4820load_global.14
|
temp16alen = $4836call_function.22 :: int64
|
del $4836call_function.22
|
2342:
temp16blen = scale_expansion_zeroelim(cxtabttlen, cxtabtt, cdxtail,
$4840load_global.23 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2343:
temp16b, splitter)
$4852call_function.29 = call $4840load_global.23(cxtabttlen, cxtabtt, cdxtail, temp16b, splitter, func=$4840load_global.23, args=[Var(cxtabttlen, adaptive_predicates.py:2339), Var(cxtabtt, adaptive_predicates.py:1715), Var(cdxtail, adaptive_predicates.py:1764), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cxtabttlen
|
del cxtabtt
|
del cdxtail
|
del $4840load_global.23
|
temp16blen = $4852call_function.29 :: int64
|
del $4852call_function.29
|
2344:
temp32blen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$4856load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2345:
temp16blen, temp16b,
2346:
temp32b)
$4868call_function.36 = call $4856load_global.30(temp16alen, temp16a, temp16blen, temp16b, temp32b, func=$4856load_global.30, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32b, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16alen
|
del $4856load_global.30
|
temp32blen = $4868call_function.36 :: int64
|
del $4868call_function.36
|
2347:
temp64len = fast_expansion_sum_zeroelim(temp32alen, temp32a,
$4872load_global.37 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2348:
temp32blen, temp32b,
2349:
temp64)
$4884call_function.43 = call $4872load_global.37(temp32alen, temp32a, temp32blen, temp32b, temp64, func=$4872load_global.37, args=[Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp32blen, adaptive_predicates.py:2052), Var(temp32b, adaptive_predicates.py:1715), Var(temp64, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32blen
|
del temp32alen
|
del $4872load_global.37
|
temp64len = $4884call_function.43 :: int64
|
del $4884call_function.43
|
2350:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2351:
# temp64len, temp64,
2352:
# finother)
2353:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$4888load_global.44 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2354:
temp64len, temp64,
2355:
fin2)
$4900call_function.50 = call $4888load_global.44(finlength, fin1, temp64len, temp64, fin2, func=$4888load_global.44, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp64len, adaptive_predicates.py:2055), Var(temp64, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp64len
|
del $4888load_global.44
|
finlength = $4900call_function.50 :: int64
|
del $4900call_function.50
|
2356:
# finswap = finnow
2357:
# finnow = finother
2358:
# finother = finswap
2359:
swap(fin1, fin2)
$4904load_global.51 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$4910call_function.54 = call $4904load_global.51(fin1, fin2, func=$4904load_global.51, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $4910call_function.54
|
del $4904load_global.51
|
2360:
2361:
if cdytail != 0.0:
jump 4914
|
label 4914
|
del temp8
|
del cxtabtt
|
del cxtabt
|
del cxtablen
|
del cxtab
|
del cdxtail
|
del cdx
|
del bdytail
|
del bb
|
del adytail
|
del aa
|
del $4550compare_op.2
|
$const4916.1 = const(float, 0.0) :: float64
|
$4918compare_op.2 = cdytail != $const4916.1 :: bool
|
del $const4916.1
|
branch $4918compare_op.2, 4924, 5144
|
2362:
temp16alen = scale_expansion_zeroelim(cytablen, cytab, cdytail,
label 4924
|
del $4918compare_op.2
|
$4924load_global.0 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2363:
temp16a, splitter)
$4936call_function.6 = call $4924load_global.0(cytablen, cytab, cdytail, temp16a, splitter, func=$4924load_global.0, args=[Var(cytablen, adaptive_predicates.py:1939), Var(cytab, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cytablen
|
del cytab
|
del $4924load_global.0
|
temp16alen = $4936call_function.6 :: int64
|
del $4936call_function.6
|
2364:
cytabtlen = scale_expansion_zeroelim(abtlen, abt, cdytail, cytabt,
$4940load_global.7 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2365:
splitter)
$4952call_function.13 = call $4940load_global.7(abtlen, abt, cdytail, cytabt, splitter, func=$4940load_global.7, args=[Var(abtlen, adaptive_predicates.py:2270), Var(abt, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(cytabt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del abtlen
|
del abt
|
del $4940load_global.7
|
cytabtlen = $4952call_function.13 :: int64
|
del $4952call_function.13
|
2366:
temp32alen = scale_expansion_zeroelim(cytabtlen, cytabt, 2.0 * cdy,
$4956load_global.14 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
$const4962.17 = const(float, 2.0) :: float64
|
$4966binary_multiply.19 = $const4962.17 * cdy :: float64
|
del $const4962.17
|
2367:
temp32a, splitter)
$4972call_function.22 = call $4956load_global.14(cytabtlen, cytabt, $4966binary_multiply.19, temp32a, splitter, func=$4956load_global.14, args=[Var(cytabtlen, adaptive_predicates.py:2365), Var(cytabt, adaptive_predicates.py:1715), Var($4966binary_multiply.19, adaptive_predicates.py:2366), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $4966binary_multiply.19
|
del $4956load_global.14
|
temp32alen = $4972call_function.22 :: int64
|
del $4972call_function.22
|
2368:
temp48len = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$4976load_global.23 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2369:
temp32alen, temp32a,
2370:
temp48)
$4988call_function.29 = call $4976load_global.23(temp16alen, temp16a, temp32alen, temp32a, temp48, func=$4976load_global.23, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp48, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del $4976load_global.23
|
temp48len = $4988call_function.29 :: int64
|
del $4988call_function.29
|
2371:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2372:
# temp48len, temp48,
2373:
# finother)
2374:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$4992load_global.30 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2375:
temp48len, temp48,
2376:
fin2)
$5004call_function.36 = call $4992load_global.30(finlength, fin1, temp48len, temp48, fin2, func=$4992load_global.30, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp48len, adaptive_predicates.py:1824), Var(temp48, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp48len
|
del temp48
|
del $4992load_global.30
|
finlength = $5004call_function.36 :: int64
|
del $5004call_function.36
|
2377:
# finswap = finnow
2378:
# finnow = finother
2379:
# finother = finswap
2380:
swap(fin1, fin2)
$5008load_global.37 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$5014call_function.40 = call $5008load_global.37(fin1, fin2, func=$5008load_global.37, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del $5014call_function.40
|
del $5008load_global.37
|
2381:
2382:
temp32alen = scale_expansion_zeroelim(cytabtlen, cytabt, cdytail,
$5018load_global.41 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2383:
temp32a, splitter)
$5030call_function.47 = call $5018load_global.41(cytabtlen, cytabt, cdytail, temp32a, splitter, func=$5018load_global.41, args=[Var(cytabtlen, adaptive_predicates.py:2365), Var(cytabt, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(temp32a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del cytabtlen
|
del cytabt
|
del $5018load_global.41
|
temp32alen = $5030call_function.47 :: int64
|
del $5030call_function.47
|
2384:
cytabttlen = scale_expansion_zeroelim(abttlen, abtt, cdytail,
$5034load_global.48 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2385:
cytabtt, splitter)
$5046call_function.54 = call $5034load_global.48(abttlen, abtt, cdytail, cytabtt, splitter, func=$5034load_global.48, args=[Var(abttlen, adaptive_predicates.py:2276), Var(abtt, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(cytabtt, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del abttlen
|
del abtt
|
del $5034load_global.48
|
cytabttlen = $5046call_function.54 :: int64
|
del $5046call_function.54
|
2386:
temp16alen = scale_expansion_zeroelim(cytabttlen, cytabtt,
$5050load_global.55 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2387:
2.0 * cdy, temp16a, splitter)
$const5056.58 = const(float, 2.0) :: float64
|
$5060binary_multiply.60 = $const5056.58 * cdy :: float64
|
del cdy
|
del $const5056.58
|
$5066call_function.63 = call $5050load_global.55(cytabttlen, cytabtt, $5060binary_multiply.60, temp16a, splitter, func=$5050load_global.55, args=[Var(cytabttlen, adaptive_predicates.py:2385), Var(cytabtt, adaptive_predicates.py:1715), Var($5060binary_multiply.60, adaptive_predicates.py:2387), Var(temp16a, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del $5060binary_multiply.60
|
del $5050load_global.55
|
temp16alen = $5066call_function.63 :: int64
|
del $5066call_function.63
|
2388:
temp16blen = scale_expansion_zeroelim(cytabttlen, cytabtt, cdytail,
$5070load_global.64 = global(scale_expansion_zeroelim: CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>)) :: type(CPUDispatcher(<function scale_expansion_zeroelim at 0x7f51d4472440>))
|
2389:
temp16b, splitter)
$5082call_function.70 = call $5070load_global.64(cytabttlen, cytabtt, cdytail, temp16b, splitter, func=$5070load_global.64, args=[Var(cytabttlen, adaptive_predicates.py:2385), Var(cytabtt, adaptive_predicates.py:1715), Var(cdytail, adaptive_predicates.py:1765), Var(temp16b, adaptive_predicates.py:1715), Var(splitter, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), float64, array(float64, 1d, C), float64) -> int64
|
del splitter
|
del cytabttlen
|
del cytabtt
|
del cdytail
|
del $5070load_global.64
|
temp16blen = $5082call_function.70 :: int64
|
del $5082call_function.70
|
2390:
temp32blen = fast_expansion_sum_zeroelim(temp16alen, temp16a,
$5086load_global.71 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2391:
temp16blen, temp16b,
2392:
temp32b)
$5098call_function.77 = call $5086load_global.71(temp16alen, temp16a, temp16blen, temp16b, temp32b, func=$5086load_global.71, args=[Var(temp16alen, adaptive_predicates.py:1811), Var(temp16a, adaptive_predicates.py:1715), Var(temp16blen, adaptive_predicates.py:1815), Var(temp16b, adaptive_predicates.py:1715), Var(temp32b, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp16blen
|
del temp16b
|
del temp16alen
|
del temp16a
|
del $5086load_global.71
|
temp32blen = $5098call_function.77 :: int64
|
del $5098call_function.77
|
2393:
temp64len = fast_expansion_sum_zeroelim(temp32alen, temp32a,
$5102load_global.78 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2394:
temp32blen, temp32b,
2395:
temp64)
$5114call_function.84 = call $5102load_global.78(temp32alen, temp32a, temp32blen, temp32b, temp64, func=$5102load_global.78, args=[Var(temp32alen, adaptive_predicates.py:1822), Var(temp32a, adaptive_predicates.py:1715), Var(temp32blen, adaptive_predicates.py:2052), Var(temp32b, adaptive_predicates.py:1715), Var(temp64, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp32blen
|
del temp32b
|
del temp32alen
|
del temp32a
|
del $5102load_global.78
|
temp64len = $5114call_function.84 :: int64
|
del $5114call_function.84
|
2396:
# finlength = fast_expansion_sum_zeroelim(finlength, finnow,
2397:
# temp64len, temp64,
2398:
# finother)
2399:
finlength = fast_expansion_sum_zeroelim(finlength, fin1,
$5118load_global.85 = global(fast_expansion_sum_zeroelim: CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>)) :: type(CPUDispatcher(<function fast_expansion_sum_zeroelim at 0x7f51d446a8c0>))
|
2400:
temp64len, temp64,
2401:
fin2)
$5130call_function.91 = call $5118load_global.85(finlength, fin1, temp64len, temp64, fin2, func=$5118load_global.85, args=[Var(finlength, adaptive_predicates.py:1753), Var(fin1, adaptive_predicates.py:1715), Var(temp64len, adaptive_predicates.py:2055), Var(temp64, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (int64, array(float64, 1d, C), int64, array(float64, 1d, C), array(float64, 1d, C)) -> int64
|
del temp64len
|
del temp64
|
del $5118load_global.85
|
finlength = $5130call_function.91 :: int64
|
del $5130call_function.91
|
2402:
# finswap = finnow
2403:
# finnow = finother
2404:
# finother = finswap
2405:
swap(fin1, fin2)
$5134load_global.92 = global(swap: CPUDispatcher(<function swap at 0x7f51d4478830>)) :: type(CPUDispatcher(<function swap at 0x7f51d4478830>))
|
$5140call_function.95 = call $5134load_global.92(fin1, fin2, func=$5134load_global.92, args=[Var(fin1, adaptive_predicates.py:1715), Var(fin2, adaptive_predicates.py:1715)], kws=(), vararg=None) :: (array(float64, 1d, C), array(float64, 1d, C)) -> none
|
del fin2
|
del $5140call_function.95
|
del $5134load_global.92
|
2406:
2407:
return fin1[finlength - 1], 5
jump 5144
|
label 5144
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16b
|
del temp16a
|
del splitter
|
del fin2
|
del cytabtt
|
del cytabt
|
del cytablen
|
del cytab
|
del cxtabtt
|
del cxtabt
|
del cxtablen
|
del cxtab
|
del cdytail
|
del cdy
|
del cdxtail
|
del cdx
|
del bdytail
|
del bdy
|
del bdxtail
|
del bdx
|
del bb
|
del adytail
|
del ady
|
del adxtail
|
del adx
|
del abttlen
|
del abtt
|
del abtlen
|
del abt
|
del aa
|
del $4918compare_op.2
|
del $4232compare_op.2
|
$const5148.2 = const(int, 1) :: Literal[int](1)
|
$5150binary_subtract.3 = finlength - $const5148.2 :: int64
|
del finlength
|
del $const5148.2
|
$5152binary_subscr.4 = getitem(value=fin1, index=$5150binary_subtract.3) :: float64
|
del fin1
|
del $5150binary_subtract.3
|
$const5154.5 = const(int, 5) :: Literal[int](5)
|
$5156build_tuple.6 = build_tuple(items=[Var($5152binary_subscr.4, adaptive_predicates.py:2407), Var($const5154.5, adaptive_predicates.py:2407)]) :: Tuple(float64, Literal[int](5))
|
del $const5154.5
|
del $5152binary_subscr.4
|
$5158return_value.7 = cast(value=$5156build_tuple.6) :: Tuple(float64, Literal[int](5))
|
del $5156build_tuple.6
|
return $5158return_value.7
|
2410:
@njit
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2411:
def incircle(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, pd_x, pd_y, bc, ca, ab, axbc,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2412:
axxbc, aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet, cxab,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2413:
cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, u, v,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2414:
temp8, temp16a, temp16b, temp16c, temp32a, temp32b, temp48,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2415:
temp64, axtbb, axtcc, aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2416:
cxtaa, cxtbb, cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2417:
cytab, axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2418:
aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat, abtt,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2419:
bctt, catt, splitter, iccerrboundA, iccerrboundB, iccerrboundC,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2420:
resulterrbound, det, permanent):
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2421:
'''
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2422:
len(bc) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2423:
len(ca) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2424:
len(ab) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2425:
len(axbc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2426:
len(axxbc) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2427:
len(aybc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2428:
len(ayybc) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2429:
len(adet) = 32
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2430:
len(bxca) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2431:
len(bxxca) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2432:
len(byca) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2433:
len(byyca) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2434:
len(bdet) = 32
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2435:
len(cxab) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2436:
len(cxxab) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2437:
len(cyab) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2438:
len(cyyab) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2439:
len(cdet) = 32
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2440:
len(abdet) = 64
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2441:
len(fin1) = 1152
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2442:
len(fin2) = 1152
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2443:
len(aa) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2444:
len(bb) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2445:
len(cc) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2446:
len(u) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2447:
len(v) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2448:
len(temp8) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2449:
len(temp16a) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2450:
len(temp16b) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2451:
len(temp16c) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2452:
len(temp32a) = 32
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2453:
len(temp32b) = 32
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2454:
len(temp48) = 48
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2455:
len(temp64) = 64
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2456:
len(axtbb) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2457:
len(axtcc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2458:
len(aytbb) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2459:
len(aytcc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2460:
len(bxtaa) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2461:
len(bxtcc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2462:
len(bytaa) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2463:
len(bytcc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2464:
len(cxtaa) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2465:
len(cxtbb) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2466:
len(cytaa) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2467:
len(cytbb) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2468:
len(axtbc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2469:
len(aytbc) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2470:
len(bxtca) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2471:
len(bytca) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2472:
len(cxtab) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2473:
len(cytab) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2474:
len(axtbct) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2475:
len(aytbct) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2476:
len(bxtcat) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2477:
len(bytcat) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2478:
len(cxtabt) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2479:
len(cytabt) = 16
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2480:
len(axtbctt) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2481:
len(aytbctt) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2482:
len(bxtcatt) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2483:
len(bytcatt) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2484:
len(cxtabtt) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2485:
len(cytabtt) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2486:
len(abt) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2487:
len(bct) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2488:
len(cat) = 8
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2489:
len(abtt) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2490:
len(bctt) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2491:
len(catt) = 4
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2492:
'''
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
2493:
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
label 0
|
pa_x = arg(0, name=pa_x) :: float64
|
pa_y = arg(1, name=pa_y) :: float64
|
pb_x = arg(2, name=pb_x) :: float64
|
pb_y = arg(3, name=pb_y) :: float64
|
pc_x = arg(4, name=pc_x) :: float64
|
pc_y = arg(5, name=pc_y) :: float64
|
pd_x = arg(6, name=pd_x) :: float64
|
pd_y = arg(7, name=pd_y) :: float64
|
bc = arg(8, name=bc) :: array(float64, 1d, C)
|
ca = arg(9, name=ca) :: array(float64, 1d, C)
|
ab = arg(10, name=ab) :: array(float64, 1d, C)
|
axbc = arg(11, name=axbc) :: array(float64, 1d, C)
|
axxbc = arg(12, name=axxbc) :: array(float64, 1d, C)
|
aybc = arg(13, name=aybc) :: array(float64, 1d, C)
|
ayybc = arg(14, name=ayybc) :: array(float64, 1d, C)
|
adet = arg(15, name=adet) :: array(float64, 1d, C)
|
bxca = arg(16, name=bxca) :: array(float64, 1d, C)
|
bxxca = arg(17, name=bxxca) :: array(float64, 1d, C)
|
byca = arg(18, name=byca) :: array(float64, 1d, C)
|
byyca = arg(19, name=byyca) :: array(float64, 1d, C)
|
bdet = arg(20, name=bdet) :: array(float64, 1d, C)
|
cxab = arg(21, name=cxab) :: array(float64, 1d, C)
|
cxxab = arg(22, name=cxxab) :: array(float64, 1d, C)
|
cyab = arg(23, name=cyab) :: array(float64, 1d, C)
|
cyyab = arg(24, name=cyyab) :: array(float64, 1d, C)
|
cdet = arg(25, name=cdet) :: array(float64, 1d, C)
|
abdet = arg(26, name=abdet) :: array(float64, 1d, C)
|
fin1 = arg(27, name=fin1) :: array(float64, 1d, C)
|
fin2 = arg(28, name=fin2) :: array(float64, 1d, C)
|
aa = arg(29, name=aa) :: array(float64, 1d, C)
|
bb = arg(30, name=bb) :: array(float64, 1d, C)
|
cc = arg(31, name=cc) :: array(float64, 1d, C)
|
u = arg(32, name=u) :: array(float64, 1d, C)
|
v = arg(33, name=v) :: array(float64, 1d, C)
|
temp8 = arg(34, name=temp8) :: array(float64, 1d, C)
|
temp16a = arg(35, name=temp16a) :: array(float64, 1d, C)
|
temp16b = arg(36, name=temp16b) :: array(float64, 1d, C)
|
temp16c = arg(37, name=temp16c) :: array(float64, 1d, C)
|
temp32a = arg(38, name=temp32a) :: array(float64, 1d, C)
|
temp32b = arg(39, name=temp32b) :: array(float64, 1d, C)
|
temp48 = arg(40, name=temp48) :: array(float64, 1d, C)
|
temp64 = arg(41, name=temp64) :: array(float64, 1d, C)
|
axtbb = arg(42, name=axtbb) :: array(float64, 1d, C)
|
axtcc = arg(43, name=axtcc) :: array(float64, 1d, C)
|
aytbb = arg(44, name=aytbb) :: array(float64, 1d, C)
|
aytcc = arg(45, name=aytcc) :: array(float64, 1d, C)
|
bxtaa = arg(46, name=bxtaa) :: array(float64, 1d, C)
|
bxtcc = arg(47, name=bxtcc) :: array(float64, 1d, C)
|
bytaa = arg(48, name=bytaa) :: array(float64, 1d, C)
|
bytcc = arg(49, name=bytcc) :: array(float64, 1d, C)
|
cxtaa = arg(50, name=cxtaa) :: array(float64, 1d, C)
|
cxtbb = arg(51, name=cxtbb) :: array(float64, 1d, C)
|
cytaa = arg(52, name=cytaa) :: array(float64, 1d, C)
|
cytbb = arg(53, name=cytbb) :: array(float64, 1d, C)
|
axtbc = arg(54, name=axtbc) :: array(float64, 1d, C)
|
aytbc = arg(55, name=aytbc) :: array(float64, 1d, C)
|
bxtca = arg(56, name=bxtca) :: array(float64, 1d, C)
|
bytca = arg(57, name=bytca) :: array(float64, 1d, C)
|
cxtab = arg(58, name=cxtab) :: array(float64, 1d, C)
|
cytab = arg(59, name=cytab) :: array(float64, 1d, C)
|
axtbct = arg(60, name=axtbct) :: array(float64, 1d, C)
|
aytbct = arg(61, name=aytbct) :: array(float64, 1d, C)
|
bxtcat = arg(62, name=bxtcat) :: array(float64, 1d, C)
|
bytcat = arg(63, name=bytcat) :: array(float64, 1d, C)
|
cxtabt = arg(64, name=cxtabt) :: array(float64, 1d, C)
|
cytabt = arg(65, name=cytabt) :: array(float64, 1d, C)
|
axtbctt = arg(66, name=axtbctt) :: array(float64, 1d, C)
|
aytbctt = arg(67, name=aytbctt) :: array(float64, 1d, C)
|
bxtcatt = arg(68, name=bxtcatt) :: array(float64, 1d, C)
|
bytcatt = arg(69, name=bytcatt) :: array(float64, 1d, C)
|
cxtabtt = arg(70, name=cxtabtt) :: array(float64, 1d, C)
|
cytabtt = arg(71, name=cytabtt) :: array(float64, 1d, C)
|
abt = arg(72, name=abt) :: array(float64, 1d, C)
|
bct = arg(73, name=bct) :: array(float64, 1d, C)
|
cat = arg(74, name=cat) :: array(float64, 1d, C)
|
abtt = arg(75, name=abtt) :: array(float64, 1d, C)
|
bctt = arg(76, name=bctt) :: array(float64, 1d, C)
|
catt = arg(77, name=catt) :: array(float64, 1d, C)
|
splitter = arg(78, name=splitter) :: float64
|
iccerrboundA = arg(79, name=iccerrboundA) :: float64
|
iccerrboundB = arg(80, name=iccerrboundB) :: float64
|
iccerrboundC = arg(81, name=iccerrboundC) :: float64
|
resulterrbound = arg(82, name=resulterrbound) :: float64
|
det = arg(83, name=det) :: float64
|
permanent = arg(84, name=permanent) :: float64
|
$6binary_multiply.2 = iccerrboundA * permanent :: float64
|
del iccerrboundA
|
errbound = $6binary_multiply.2 :: float64
|
del $6binary_multiply.2
|
2495:
if np.abs(det) > errbound:
$10load_global.3 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$12load_method.4 = getattr(value=$10load_global.3, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $10load_global.3
|
$16call_method.6 = call $12load_method.4(det, func=$12load_method.4, args=[Var(det, adaptive_predicates.py:2494)], kws=(), vararg=None) :: (float64,) -> float64
|
del $12load_method.4
|
$20compare_op.8 = $16call_method.6 > errbound :: bool
|
del errbound
|
del $16call_method.6
|
branch $20compare_op.8, 24, 32
|
2496:
return det, 1
label 24
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del splitter
|
del resulterrbound
|
del permanent
|
del pd_y
|
del pd_x
|
del pc_y
|
del pc_x
|
del pb_y
|
del pb_x
|
del pa_y
|
del pa_x
|
del iccerrboundC
|
del iccerrboundB
|
del fin2
|
del fin1
|
del cyyab
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cyab
|
del cxxab
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cxab
|
del cdet
|
del cc
|
del catt
|
del cat
|
del ca
|
del byyca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del byca
|
del bxxca
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bxca
|
del bdet
|
del bctt
|
del bct
|
del bc
|
del bb
|
del ayybc
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del aybc
|
del axxbc
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del axbc
|
del adet
|
del abtt
|
del abt
|
del abdet
|
del ab
|
del aa
|
del $20compare_op.8
|
$const26.1 = const(int, 1) :: Literal[int](1)
|
$28build_tuple.2 = build_tuple(items=[Var(det, adaptive_predicates.py:2494), Var($const26.1, adaptive_predicates.py:2496)]) :: Tuple(float64, Literal[int](1))
|
del det
|
del $const26.1
|
$30return_value.3 = cast(value=$28build_tuple.2) :: Tuple(float64, Literal[int](1))
|
del $28build_tuple.2
|
return $30return_value.3
|
2497:
2498:
# return det, 2
2499:
2500:
return incircleadapt(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, pd_x, pd_y,
label 32
|
del det
|
del $20compare_op.8
|
$32load_global.0 = global(incircleadapt: CPUDispatcher(<function incircleadapt at 0x7f51d4478b00>)) :: type(CPUDispatcher(<function incircleadapt at 0x7f51d4478b00>))
|
2501:
permanent, bc, ca, ab, axbc, axxbc, aybc, ayybc, adet,
2502:
bxca, bxxca, byca, byyca, bdet, cxab, cxxab, cyab,
2503:
cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, u, v,
2504:
temp8, temp16a, temp16b, temp16c, temp32a, temp32b,
2505:
temp48, temp64, axtbb, axtcc, aytbb, aytcc, bxtaa,
2506:
bxtcc, bytaa, bytcc, cxtaa, cxtbb, cytaa, cytbb,
2507:
axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct,
2508:
aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt,
2509:
aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct,
2510:
cat, abtt, bctt, catt, splitter, iccerrboundB,
2511:
iccerrboundC, resulterrbound)
$200call_function.84 = call $32load_global.0(pa_x, pa_y, pb_x, pb_y, pc_x, pc_y, pd_x, pd_y, permanent, bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet, cxab, cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, u, v, temp8, temp16a, temp16b, temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc, aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb, cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt, aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat, abtt, bctt, catt, splitter, iccerrboundB, iccerrboundC, resulterrbound, func=$32load_global.0, args=[Var(pa_x, adaptive_predicates.py:2494), Var(pa_y, adaptive_predicates.py:2494), Var(pb_x, adaptive_predicates.py:2494), Var(pb_y, adaptive_predicates.py:2494), Var(pc_x, adaptive_predicates.py:2494), Var(pc_y, adaptive_predicates.py:2494), Var(pd_x, adaptive_predicates.py:2494), Var(pd_y, adaptive_predicates.py:2494), Var(permanent, adaptive_predicates.py:2494), Var(bc, adaptive_predicates.py:2494), Var(ca, adaptive_predicates.py:2494), Var(ab, adaptive_predicates.py:2494), Var(axbc, adaptive_predicates.py:2494), Var(axxbc, adaptive_predicates.py:2494), Var(aybc, adaptive_predicates.py:2494), Var(ayybc, adaptive_predicates.py:2494), Var(adet, adaptive_predicates.py:2494), Var(bxca, adaptive_predicates.py:2494), Var(bxxca, adaptive_predicates.py:2494), Var(byca, adaptive_predicates.py:2494), Var(byyca, adaptive_predicates.py:2494), Var(bdet, adaptive_predicates.py:2494), Var(cxab, adaptive_predicates.py:2494), Var(cxxab, adaptive_predicates.py:2494), Var(cyab, adaptive_predicates.py:2494), Var(cyyab, adaptive_predicates.py:2494), Var(cdet, adaptive_predicates.py:2494), Var(abdet, adaptive_predicates.py:2494), Var(fin1, adaptive_predicates.py:2494), Var(fin2, adaptive_predicates.py:2494), Var(aa, adaptive_predicates.py:2494), Var(bb, adaptive_predicates.py:2494), Var(cc, adaptive_predicates.py:2494), Var(u, adaptive_predicates.py:2494), Var(v, adaptive_predicates.py:2494), Var(temp8, adaptive_predicates.py:2494), Var(temp16a, adaptive_predicates.py:2494), Var(temp16b, adaptive_predicates.py:2494), Var(temp16c, adaptive_predicates.py:2494), Var(temp32a, adaptive_predicates.py:2494), Var(temp32b, adaptive_predicates.py:2494), Var(temp48, adaptive_predicates.py:2494), Var(temp64, adaptive_predicates.py:2494), Var(axtbb, adaptive_predicates.py:2494), Var(axtcc, adaptive_predicates.py:2494), Var(aytbb, adaptive_predicates.py:2494), Var(aytcc, adaptive_predicates.py:2494), Var(bxtaa, adaptive_predicates.py:2494), Var(bxtcc, adaptive_predicates.py:2494), Var(bytaa, adaptive_predicates.py:2494), Var(bytcc, adaptive_predicates.py:2494), Var(cxtaa, adaptive_predicates.py:2494), Var(cxtbb, adaptive_predicates.py:2494), Var(cytaa, adaptive_predicates.py:2494), Var(cytbb, adaptive_predicates.py:2494), Var(axtbc, adaptive_predicates.py:2494), Var(aytbc, adaptive_predicates.py:2494), Var(bxtca, adaptive_predicates.py:2494), Var(bytca, adaptive_predicates.py:2494), Var(cxtab, adaptive_predicates.py:2494), Var(cytab, adaptive_predicates.py:2494), Var(axtbct, adaptive_predicates.py:2494), Var(aytbct, adaptive_predicates.py:2494), Var(bxtcat, adaptive_predicates.py:2494), Var(bytcat, adaptive_predicates.py:2494), Var(cxtabt, adaptive_predicates.py:2494), Var(cytabt, adaptive_predicates.py:2494), Var(axtbctt, adaptive_predicates.py:2494), Var(aytbctt, adaptive_predicates.py:2494), Var(bxtcatt, adaptive_predicates.py:2494), Var(bytcatt, adaptive_predicates.py:2494), Var(cxtabtt, adaptive_predicates.py:2494), Var(cytabtt, adaptive_predicates.py:2494), Var(abt, adaptive_predicates.py:2494), Var(bct, adaptive_predicates.py:2494), Var(cat, adaptive_predicates.py:2494), Var(abtt, adaptive_predicates.py:2494), Var(bctt, adaptive_predicates.py:2494), Var(catt, adaptive_predicates.py:2494), Var(splitter, adaptive_predicates.py:2494), Var(iccerrboundB, adaptive_predicates.py:2494), Var(iccerrboundC, adaptive_predicates.py:2494), Var(resulterrbound, adaptive_predicates.py:2494)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64, float64, float64, float64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64) -> Tuple(float64, int64)
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del splitter
|
del resulterrbound
|
del permanent
|
del pd_y
|
del pd_x
|
del pc_y
|
del pc_x
|
del pb_y
|
del pb_x
|
del pa_y
|
del pa_x
|
del iccerrboundC
|
del iccerrboundB
|
del fin2
|
del fin1
|
del cyyab
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cyab
|
del cxxab
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cxab
|
del cdet
|
del cc
|
del catt
|
del cat
|
del ca
|
del byyca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del byca
|
del bxxca
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bxca
|
del bdet
|
del bctt
|
del bct
|
del bc
|
del bb
|
del ayybc
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del aybc
|
del axxbc
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del axbc
|
del adet
|
del abtt
|
del abt
|
del abdet
|
del ab
|
del aa
|
del $32load_global.0
|
$202return_value.85 = cast(value=$200call_function.84) :: Tuple(float64, int64)
|
del $200call_function.84
|
return $202return_value.85
|
120:
@njit
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
121:
def _cavity_helper(
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
122:
point_id, t_index, points, vertices_ID, gv, B, C1, C2, D, u, v, bc, ca,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
123:
ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
124:
cxab, cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, temp8,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
125:
temp16a, temp16b, temp16c, temp32a, temp32b, temp48, temp64, axtbb,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
126:
axtcc, aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb, cytaa,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
127:
cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct, aytbct,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
128:
bxtcat, bytcat, cxtabt, cytabt, axtbctt, aytbctt, bxtcatt, bytcatt,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
129:
cxtabtt, cytabtt, abt, bct, cat, abtt, bctt, catt, splitter,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
130:
iccerrboundA, iccerrboundB, iccerrboundC, resulterrbound, ccwerrboundA,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
131:
ccwerrboundB, ccwerrboundC, static_filter_o2d, static_filter_i2d,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
132:
orient2d_count, incircle_count):
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
133:
'''
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
134:
Checks whether the given point lies inside the circumsphere the given tri.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
135:
Returns True if it does.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
136:
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
137:
point_id : The index (corresponding to the points array) of the
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
138:
point to be inserted into the triangulation.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
139:
t_index : The index of the tri to check.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
140:
points : The global array storing the co-ordinates of all the
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
141:
points to be triangulated.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
142:
vertices_ID : The global array storing all the indices (corresponding
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
143:
to the points array) of the vertices of all the tri.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
144:
sub_determinants : The global array storing the sub-determinants of all the
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
145:
tri.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
146:
gv : Index assigned to the ghost vertex.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
147:
'''
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
148:
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
label 0
|
point_id = arg(0, name=point_id) :: int64
|
t_index = arg(1, name=t_index) :: int64
|
points = arg(2, name=points) :: array(float64, 2d, C)
|
vertices_ID = arg(3, name=vertices_ID) :: array(int64, 2d, C)
|
gv = arg(4, name=gv) :: int64
|
B = arg(5, name=B) :: array(float64, 1d, C)
|
C1 = arg(6, name=C1) :: array(float64, 1d, C)
|
C2 = arg(7, name=C2) :: array(float64, 1d, C)
|
D = arg(8, name=D) :: array(float64, 1d, C)
|
u = arg(9, name=u) :: array(float64, 1d, C)
|
v = arg(10, name=v) :: array(float64, 1d, C)
|
bc = arg(11, name=bc) :: array(float64, 1d, C)
|
ca = arg(12, name=ca) :: array(float64, 1d, C)
|
ab = arg(13, name=ab) :: array(float64, 1d, C)
|
axbc = arg(14, name=axbc) :: array(float64, 1d, C)
|
axxbc = arg(15, name=axxbc) :: array(float64, 1d, C)
|
aybc = arg(16, name=aybc) :: array(float64, 1d, C)
|
ayybc = arg(17, name=ayybc) :: array(float64, 1d, C)
|
adet = arg(18, name=adet) :: array(float64, 1d, C)
|
bxca = arg(19, name=bxca) :: array(float64, 1d, C)
|
bxxca = arg(20, name=bxxca) :: array(float64, 1d, C)
|
byca = arg(21, name=byca) :: array(float64, 1d, C)
|
byyca = arg(22, name=byyca) :: array(float64, 1d, C)
|
bdet = arg(23, name=bdet) :: array(float64, 1d, C)
|
cxab = arg(24, name=cxab) :: array(float64, 1d, C)
|
cxxab = arg(25, name=cxxab) :: array(float64, 1d, C)
|
cyab = arg(26, name=cyab) :: array(float64, 1d, C)
|
cyyab = arg(27, name=cyyab) :: array(float64, 1d, C)
|
cdet = arg(28, name=cdet) :: array(float64, 1d, C)
|
abdet = arg(29, name=abdet) :: array(float64, 1d, C)
|
fin1 = arg(30, name=fin1) :: array(float64, 1d, C)
|
fin2 = arg(31, name=fin2) :: array(float64, 1d, C)
|
aa = arg(32, name=aa) :: array(float64, 1d, C)
|
bb = arg(33, name=bb) :: array(float64, 1d, C)
|
cc = arg(34, name=cc) :: array(float64, 1d, C)
|
temp8 = arg(35, name=temp8) :: array(float64, 1d, C)
|
temp16a = arg(36, name=temp16a) :: array(float64, 1d, C)
|
temp16b = arg(37, name=temp16b) :: array(float64, 1d, C)
|
temp16c = arg(38, name=temp16c) :: array(float64, 1d, C)
|
temp32a = arg(39, name=temp32a) :: array(float64, 1d, C)
|
temp32b = arg(40, name=temp32b) :: array(float64, 1d, C)
|
temp48 = arg(41, name=temp48) :: array(float64, 1d, C)
|
temp64 = arg(42, name=temp64) :: array(float64, 1d, C)
|
axtbb = arg(43, name=axtbb) :: array(float64, 1d, C)
|
axtcc = arg(44, name=axtcc) :: array(float64, 1d, C)
|
aytbb = arg(45, name=aytbb) :: array(float64, 1d, C)
|
aytcc = arg(46, name=aytcc) :: array(float64, 1d, C)
|
bxtaa = arg(47, name=bxtaa) :: array(float64, 1d, C)
|
bxtcc = arg(48, name=bxtcc) :: array(float64, 1d, C)
|
bytaa = arg(49, name=bytaa) :: array(float64, 1d, C)
|
bytcc = arg(50, name=bytcc) :: array(float64, 1d, C)
|
cxtaa = arg(51, name=cxtaa) :: array(float64, 1d, C)
|
cxtbb = arg(52, name=cxtbb) :: array(float64, 1d, C)
|
cytaa = arg(53, name=cytaa) :: array(float64, 1d, C)
|
cytbb = arg(54, name=cytbb) :: array(float64, 1d, C)
|
axtbc = arg(55, name=axtbc) :: array(float64, 1d, C)
|
aytbc = arg(56, name=aytbc) :: array(float64, 1d, C)
|
bxtca = arg(57, name=bxtca) :: array(float64, 1d, C)
|
bytca = arg(58, name=bytca) :: array(float64, 1d, C)
|
cxtab = arg(59, name=cxtab) :: array(float64, 1d, C)
|
cytab = arg(60, name=cytab) :: array(float64, 1d, C)
|
axtbct = arg(61, name=axtbct) :: array(float64, 1d, C)
|
aytbct = arg(62, name=aytbct) :: array(float64, 1d, C)
|
bxtcat = arg(63, name=bxtcat) :: array(float64, 1d, C)
|
bytcat = arg(64, name=bytcat) :: array(float64, 1d, C)
|
cxtabt = arg(65, name=cxtabt) :: array(float64, 1d, C)
|
cytabt = arg(66, name=cytabt) :: array(float64, 1d, C)
|
axtbctt = arg(67, name=axtbctt) :: array(float64, 1d, C)
|
aytbctt = arg(68, name=aytbctt) :: array(float64, 1d, C)
|
bxtcatt = arg(69, name=bxtcatt) :: array(float64, 1d, C)
|
bytcatt = arg(70, name=bytcatt) :: array(float64, 1d, C)
|
cxtabtt = arg(71, name=cxtabtt) :: array(float64, 1d, C)
|
cytabtt = arg(72, name=cytabtt) :: array(float64, 1d, C)
|
abt = arg(73, name=abt) :: array(float64, 1d, C)
|
bct = arg(74, name=bct) :: array(float64, 1d, C)
|
cat = arg(75, name=cat) :: array(float64, 1d, C)
|
abtt = arg(76, name=abtt) :: array(float64, 1d, C)
|
bctt = arg(77, name=bctt) :: array(float64, 1d, C)
|
catt = arg(78, name=catt) :: array(float64, 1d, C)
|
splitter = arg(79, name=splitter) :: float64
|
iccerrboundA = arg(80, name=iccerrboundA) :: float64
|
iccerrboundB = arg(81, name=iccerrboundB) :: float64
|
iccerrboundC = arg(82, name=iccerrboundC) :: float64
|
resulterrbound = arg(83, name=resulterrbound) :: float64
|
ccwerrboundA = arg(84, name=ccwerrboundA) :: float64
|
ccwerrboundB = arg(85, name=ccwerrboundB) :: float64
|
ccwerrboundC = arg(86, name=ccwerrboundC) :: float64
|
static_filter_o2d = arg(87, name=static_filter_o2d) :: float64
|
static_filter_i2d = arg(88, name=static_filter_i2d) :: float64
|
orient2d_count = arg(89, name=orient2d_count) :: array(int64, 1d, C)
|
incircle_count = arg(90, name=incircle_count) :: array(int64, 1d, C)
|
$const2.0 = const(int, 3) :: Literal[int](3)
|
gv_idx = $const2.0 :: int64
|
del $const2.0
|
150:
if vertices_ID[t_index, 0] == gv:
$const10.3 = const(int, 0) :: Literal[int](0)
|
$12build_tuple.4 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const10.3, final_2D_robust_multidimarr.py:150)]) :: Tuple(int64, Literal[int](0))
|
del $const10.3
|
$14binary_subscr.5 = getitem(value=vertices_ID, index=$12build_tuple.4) :: int64
|
del $12build_tuple.4
|
$18compare_op.7 = $14binary_subscr.5 == gv :: bool
|
del $14binary_subscr.5
|
branch $18compare_op.7, 22, 28
|
151:
gv_idx = 0
label 22
|
del gv
|
del $18compare_op.7
|
$const22.0 = const(int, 0) :: Literal[int](0)
|
gv_idx = $const22.0 :: int64
|
del $const22.0
|
jump 70
|
152:
elif vertices_ID[t_index, 1] == gv:
label 28
|
del $18compare_op.7
|
$const32.2 = const(int, 1) :: Literal[int](1)
|
$34build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const32.2, final_2D_robust_multidimarr.py:152)]) :: Tuple(int64, Literal[int](1))
|
del $const32.2
|
$36binary_subscr.4 = getitem(value=vertices_ID, index=$34build_tuple.3) :: int64
|
del $34build_tuple.3
|
$40compare_op.6 = $36binary_subscr.4 == gv :: bool
|
del $36binary_subscr.4
|
branch $40compare_op.6, 44, 50
|
153:
gv_idx = 1
label 44
|
del gv
|
del $40compare_op.6
|
$const44.0 = const(int, 1) :: Literal[int](1)
|
gv_idx = $const44.0 :: int64
|
del $const44.0
|
jump 70
|
154:
elif vertices_ID[t_index, 2] == gv:
label 50
|
del $40compare_op.6
|
$const54.2 = const(int, 2) :: Literal[int](2)
|
$56build_tuple.3 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const54.2, final_2D_robust_multidimarr.py:154)]) :: Tuple(int64, Literal[int](2))
|
del $const54.2
|
$58binary_subscr.4 = getitem(value=vertices_ID, index=$56build_tuple.3) :: int64
|
del $56build_tuple.3
|
$62compare_op.6 = $58binary_subscr.4 == gv :: bool
|
del gv
|
del $58binary_subscr.4
|
branch $62compare_op.6, 66, 70
|
155:
gv_idx = 2
label 66
|
del $62compare_op.6
|
$const66.0 = const(int, 2) :: Literal[int](2)
|
gv_idx = $const66.0 :: int64
|
del $const66.0
|
156:
157:
point_x = points[point_id, 0]
jump 70
|
label 70
|
del $62compare_op.6
|
$const74.2 = const(int, 0) :: Literal[int](0)
|
$76build_tuple.3 = build_tuple(items=[Var(point_id, final_2D_robust_multidimarr.py:149), Var($const74.2, final_2D_robust_multidimarr.py:157)]) :: Tuple(int64, Literal[int](0))
|
del $const74.2
|
$78binary_subscr.4 = getitem(value=points, index=$76build_tuple.3) :: float64
|
del $76build_tuple.3
|
point_x = $78binary_subscr.4 :: float64
|
del $78binary_subscr.4
|
158:
point_y = points[point_id, 1]
$const86.7 = const(int, 1) :: Literal[int](1)
|
$88build_tuple.8 = build_tuple(items=[Var(point_id, final_2D_robust_multidimarr.py:149), Var($const86.7, final_2D_robust_multidimarr.py:158)]) :: Tuple(int64, Literal[int](1))
|
del point_id
|
del $const86.7
|
$90binary_subscr.9 = getitem(value=points, index=$88build_tuple.8) :: float64
|
del $88build_tuple.8
|
point_y = $90binary_subscr.9 :: float64
|
del $90binary_subscr.9
|
159:
160:
if gv_idx != 3:
$const96.11 = const(int, 3) :: Literal[int](3)
|
$98compare_op.12 = gv_idx != $const96.11 :: bool
|
del $const96.11
|
branch $98compare_op.12, 104, 620
|
161:
# t_index is a ghost triangle
162:
if gv_idx == 0:
label 104
|
del v
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del static_filter_i2d
|
del incircle_count
|
del iccerrboundC
|
del iccerrboundB
|
del iccerrboundA
|
del fin2
|
del fin1
|
del cyyab
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cyab
|
del cxxab
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cxab
|
del cdet
|
del cc
|
del catt
|
del cat
|
del ca
|
del byyca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del byca
|
del bxxca
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bxca
|
del bdet
|
del bctt
|
del bct
|
del bc
|
del bb
|
del ayybc
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del aybc
|
del axxbc
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del axbc
|
del adet
|
del abtt
|
del abt
|
del abdet
|
del ab
|
del aa
|
del $98compare_op.12
|
$const106.1 = const(int, 0) :: Literal[int](0)
|
$108compare_op.2 = gv_idx == $const106.1 :: bool
|
del $const106.1
|
branch $108compare_op.2, 112, 194
|
163:
b_x = points[vertices_ID[t_index, 1], 0]
label 112
|
del gv_idx
|
del $108compare_op.2
|
$const118.3 = const(int, 1) :: Literal[int](1)
|
$120build_tuple.4 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const118.3, final_2D_robust_multidimarr.py:163)]) :: Tuple(int64, Literal[int](1))
|
del $const118.3
|
$122binary_subscr.5 = getitem(value=vertices_ID, index=$120build_tuple.4) :: int64
|
del $120build_tuple.4
|
$const124.6 = const(int, 0) :: Literal[int](0)
|
$126build_tuple.7 = build_tuple(items=[Var($122binary_subscr.5, final_2D_robust_multidimarr.py:163), Var($const124.6, final_2D_robust_multidimarr.py:163)]) :: Tuple(int64, Literal[int](0))
|
del $const124.6
|
del $122binary_subscr.5
|
$128binary_subscr.8 = getitem(value=points, index=$126build_tuple.7) :: float64
|
del $126build_tuple.7
|
b_x = $128binary_subscr.8 :: float64
|
del $128binary_subscr.8
|
164:
b_y = points[vertices_ID[t_index, 1], 1]
$const138.12 = const(int, 1) :: Literal[int](1)
|
$140build_tuple.13 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const138.12, final_2D_robust_multidimarr.py:164)]) :: Tuple(int64, Literal[int](1))
|
del $const138.12
|
$142binary_subscr.14 = getitem(value=vertices_ID, index=$140build_tuple.13) :: int64
|
del $140build_tuple.13
|
$const144.15 = const(int, 1) :: Literal[int](1)
|
$146build_tuple.16 = build_tuple(items=[Var($142binary_subscr.14, final_2D_robust_multidimarr.py:164), Var($const144.15, final_2D_robust_multidimarr.py:164)]) :: Tuple(int64, Literal[int](1))
|
del $const144.15
|
del $142binary_subscr.14
|
$148binary_subscr.17 = getitem(value=points, index=$146build_tuple.16) :: float64
|
del $146build_tuple.16
|
b_y = $148binary_subscr.17 :: float64
|
del $148binary_subscr.17
|
165:
c_x = points[vertices_ID[t_index, 2], 0]
$const158.21 = const(int, 2) :: Literal[int](2)
|
$160build_tuple.22 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const158.21, final_2D_robust_multidimarr.py:165)]) :: Tuple(int64, Literal[int](2))
|
del $const158.21
|
$162binary_subscr.23 = getitem(value=vertices_ID, index=$160build_tuple.22) :: int64
|
del $160build_tuple.22
|
$const164.24 = const(int, 0) :: Literal[int](0)
|
$166build_tuple.25 = build_tuple(items=[Var($162binary_subscr.23, final_2D_robust_multidimarr.py:165), Var($const164.24, final_2D_robust_multidimarr.py:165)]) :: Tuple(int64, Literal[int](0))
|
del $const164.24
|
del $162binary_subscr.23
|
$168binary_subscr.26 = getitem(value=points, index=$166build_tuple.25) :: float64
|
del $166build_tuple.25
|
c_x = $168binary_subscr.26 :: float64
|
del $168binary_subscr.26
|
166:
c_y = points[vertices_ID[t_index, 2], 1]
$const178.30 = const(int, 2) :: Literal[int](2)
|
$180build_tuple.31 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const178.30, final_2D_robust_multidimarr.py:166)]) :: Tuple(int64, Literal[int](2))
|
del t_index
|
del $const178.30
|
$182binary_subscr.32 = getitem(value=vertices_ID, index=$180build_tuple.31) :: int64
|
del vertices_ID
|
del $180build_tuple.31
|
$const184.33 = const(int, 1) :: Literal[int](1)
|
$186build_tuple.34 = build_tuple(items=[Var($182binary_subscr.32, final_2D_robust_multidimarr.py:166), Var($const184.33, final_2D_robust_multidimarr.py:166)]) :: Tuple(int64, Literal[int](1))
|
del $const184.33
|
del $182binary_subscr.32
|
$188binary_subscr.35 = getitem(value=points, index=$186build_tuple.34) :: float64
|
del points
|
del $186build_tuple.34
|
c_y = $188binary_subscr.35 :: float64
|
del $188binary_subscr.35
|
jump 376
|
167:
elif gv_idx == 1:
label 194
|
del $108compare_op.2
|
$const196.1 = const(int, 1) :: Literal[int](1)
|
$198compare_op.2 = gv_idx == $const196.1 :: bool
|
del $const196.1
|
branch $198compare_op.2, 204, 286
|
168:
b_x = points[vertices_ID[t_index, 2], 0]
label 204
|
del gv_idx
|
del $198compare_op.2
|
$const210.3 = const(int, 2) :: Literal[int](2)
|
$212build_tuple.4 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const210.3, final_2D_robust_multidimarr.py:168)]) :: Tuple(int64, Literal[int](2))
|
del $const210.3
|
$214binary_subscr.5 = getitem(value=vertices_ID, index=$212build_tuple.4) :: int64
|
del $212build_tuple.4
|
$const216.6 = const(int, 0) :: Literal[int](0)
|
$218build_tuple.7 = build_tuple(items=[Var($214binary_subscr.5, final_2D_robust_multidimarr.py:168), Var($const216.6, final_2D_robust_multidimarr.py:168)]) :: Tuple(int64, Literal[int](0))
|
del $const216.6
|
del $214binary_subscr.5
|
$220binary_subscr.8 = getitem(value=points, index=$218build_tuple.7) :: float64
|
del $218build_tuple.7
|
b_x = $220binary_subscr.8 :: float64
|
del $220binary_subscr.8
|
169:
b_y = points[vertices_ID[t_index, 2], 1]
$const230.12 = const(int, 2) :: Literal[int](2)
|
$232build_tuple.13 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const230.12, final_2D_robust_multidimarr.py:169)]) :: Tuple(int64, Literal[int](2))
|
del $const230.12
|
$234binary_subscr.14 = getitem(value=vertices_ID, index=$232build_tuple.13) :: int64
|
del $232build_tuple.13
|
$const236.15 = const(int, 1) :: Literal[int](1)
|
$238build_tuple.16 = build_tuple(items=[Var($234binary_subscr.14, final_2D_robust_multidimarr.py:169), Var($const236.15, final_2D_robust_multidimarr.py:169)]) :: Tuple(int64, Literal[int](1))
|
del $const236.15
|
del $234binary_subscr.14
|
$240binary_subscr.17 = getitem(value=points, index=$238build_tuple.16) :: float64
|
del $238build_tuple.16
|
b_y = $240binary_subscr.17 :: float64
|
del $240binary_subscr.17
|
170:
c_x = points[vertices_ID[t_index, 0], 0]
$const250.21 = const(int, 0) :: Literal[int](0)
|
$252build_tuple.22 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const250.21, final_2D_robust_multidimarr.py:170)]) :: Tuple(int64, Literal[int](0))
|
del $const250.21
|
$254binary_subscr.23 = getitem(value=vertices_ID, index=$252build_tuple.22) :: int64
|
del $252build_tuple.22
|
$const256.24 = const(int, 0) :: Literal[int](0)
|
$258build_tuple.25 = build_tuple(items=[Var($254binary_subscr.23, final_2D_robust_multidimarr.py:170), Var($const256.24, final_2D_robust_multidimarr.py:170)]) :: Tuple(int64, Literal[int](0))
|
del $const256.24
|
del $254binary_subscr.23
|
$260binary_subscr.26 = getitem(value=points, index=$258build_tuple.25) :: float64
|
del $258build_tuple.25
|
c_x = $260binary_subscr.26 :: float64
|
del $260binary_subscr.26
|
171:
c_y = points[vertices_ID[t_index, 0], 1]
$const270.30 = const(int, 0) :: Literal[int](0)
|
$272build_tuple.31 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const270.30, final_2D_robust_multidimarr.py:171)]) :: Tuple(int64, Literal[int](0))
|
del t_index
|
del $const270.30
|
$274binary_subscr.32 = getitem(value=vertices_ID, index=$272build_tuple.31) :: int64
|
del vertices_ID
|
del $272build_tuple.31
|
$const276.33 = const(int, 1) :: Literal[int](1)
|
$278build_tuple.34 = build_tuple(items=[Var($274binary_subscr.32, final_2D_robust_multidimarr.py:171), Var($const276.33, final_2D_robust_multidimarr.py:171)]) :: Tuple(int64, Literal[int](1))
|
del $const276.33
|
del $274binary_subscr.32
|
$280binary_subscr.35 = getitem(value=points, index=$278build_tuple.34) :: float64
|
del points
|
del $278build_tuple.34
|
c_y = $280binary_subscr.35 :: float64
|
del $280binary_subscr.35
|
jump 376
|
172:
elif gv_idx == 2:
label 286
|
del $198compare_op.2
|
$const288.1 = const(int, 2) :: Literal[int](2)
|
$290compare_op.2 = gv_idx == $const288.1 :: bool
|
del gv_idx
|
del $const288.1
|
branch $290compare_op.2, 296, 376
|
173:
b_x = points[vertices_ID[t_index, 0], 0]
label 296
|
del $290compare_op.2
|
$const302.3 = const(int, 0) :: Literal[int](0)
|
$304build_tuple.4 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const302.3, final_2D_robust_multidimarr.py:173)]) :: Tuple(int64, Literal[int](0))
|
del $const302.3
|
$306binary_subscr.5 = getitem(value=vertices_ID, index=$304build_tuple.4) :: int64
|
del $304build_tuple.4
|
$const308.6 = const(int, 0) :: Literal[int](0)
|
$310build_tuple.7 = build_tuple(items=[Var($306binary_subscr.5, final_2D_robust_multidimarr.py:173), Var($const308.6, final_2D_robust_multidimarr.py:173)]) :: Tuple(int64, Literal[int](0))
|
del $const308.6
|
del $306binary_subscr.5
|
$312binary_subscr.8 = getitem(value=points, index=$310build_tuple.7) :: float64
|
del $310build_tuple.7
|
b_x = $312binary_subscr.8 :: float64
|
del $312binary_subscr.8
|
174:
b_y = points[vertices_ID[t_index, 0], 1]
$const322.12 = const(int, 0) :: Literal[int](0)
|
$324build_tuple.13 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const322.12, final_2D_robust_multidimarr.py:174)]) :: Tuple(int64, Literal[int](0))
|
del $const322.12
|
$326binary_subscr.14 = getitem(value=vertices_ID, index=$324build_tuple.13) :: int64
|
del $324build_tuple.13
|
$const328.15 = const(int, 1) :: Literal[int](1)
|
$330build_tuple.16 = build_tuple(items=[Var($326binary_subscr.14, final_2D_robust_multidimarr.py:174), Var($const328.15, final_2D_robust_multidimarr.py:174)]) :: Tuple(int64, Literal[int](1))
|
del $const328.15
|
del $326binary_subscr.14
|
$332binary_subscr.17 = getitem(value=points, index=$330build_tuple.16) :: float64
|
del $330build_tuple.16
|
b_y = $332binary_subscr.17 :: float64
|
del $332binary_subscr.17
|
175:
c_x = points[vertices_ID[t_index, 1], 0]
$const342.21 = const(int, 1) :: Literal[int](1)
|
$344build_tuple.22 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const342.21, final_2D_robust_multidimarr.py:175)]) :: Tuple(int64, Literal[int](1))
|
del $const342.21
|
$346binary_subscr.23 = getitem(value=vertices_ID, index=$344build_tuple.22) :: int64
|
del $344build_tuple.22
|
$const348.24 = const(int, 0) :: Literal[int](0)
|
$350build_tuple.25 = build_tuple(items=[Var($346binary_subscr.23, final_2D_robust_multidimarr.py:175), Var($const348.24, final_2D_robust_multidimarr.py:175)]) :: Tuple(int64, Literal[int](0))
|
del $const348.24
|
del $346binary_subscr.23
|
$352binary_subscr.26 = getitem(value=points, index=$350build_tuple.25) :: float64
|
del $350build_tuple.25
|
c_x = $352binary_subscr.26 :: float64
|
del $352binary_subscr.26
|
176:
c_y = points[vertices_ID[t_index, 1], 1]
$const362.30 = const(int, 1) :: Literal[int](1)
|
$364build_tuple.31 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const362.30, final_2D_robust_multidimarr.py:176)]) :: Tuple(int64, Literal[int](1))
|
del t_index
|
del $const362.30
|
$366binary_subscr.32 = getitem(value=vertices_ID, index=$364build_tuple.31) :: int64
|
del vertices_ID
|
del $364build_tuple.31
|
$const368.33 = const(int, 1) :: Literal[int](1)
|
$370build_tuple.34 = build_tuple(items=[Var($366binary_subscr.32, final_2D_robust_multidimarr.py:176), Var($const368.33, final_2D_robust_multidimarr.py:176)]) :: Tuple(int64, Literal[int](1))
|
del $const368.33
|
del $366binary_subscr.32
|
$372binary_subscr.35 = getitem(value=points, index=$370build_tuple.34) :: float64
|
del points
|
del $370build_tuple.34
|
c_y = $372binary_subscr.35 :: float64
|
del $372binary_subscr.35
|
177:
178:
det_left = (point_x-c_x)*(b_y-c_y)
jump 376
|
label 376
|
del vertices_ID
|
del t_index
|
del points
|
del $290compare_op.2
|
$380binary_subtract.2 = point_x - c_x :: float64
|
$386binary_subtract.5 = b_y - c_y :: float64
|
$388binary_multiply.6 = $380binary_subtract.2 * $386binary_subtract.5 :: float64
|
del $386binary_subtract.5
|
del $380binary_subtract.2
|
det_left = $388binary_multiply.6 :: float64
|
del $388binary_multiply.6
|
179:
det_right = (point_y-c_y)*(b_x-c_x)
$396binary_subtract.9 = point_y - c_y :: float64
|
$402binary_subtract.12 = b_x - c_x :: float64
|
$404binary_multiply.13 = $396binary_subtract.9 * $402binary_subtract.12 :: float64
|
del $402binary_subtract.12
|
del $396binary_subtract.9
|
det_right = $404binary_multiply.13 :: float64
|
del $404binary_multiply.13
|
180:
det = det_left - det_right
$412binary_subtract.16 = det_left - det_right :: float64
|
det = $412binary_subtract.16 :: float64
|
del $412binary_subtract.16
|
181:
num = 0
$const416.17 = const(int, 0) :: Literal[int](0)
|
num = $const416.17 :: int64
|
del $const416.17
|
182:
if np.abs(det) <= static_filter_o2d:
$420load_global.18 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$422load_method.19 = getattr(value=$420load_global.18, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $420load_global.18
|
$426call_method.21 = call $422load_method.19(det, func=$422load_method.19, args=[Var(det, final_2D_robust_multidimarr.py:180)], kws=(), vararg=None) :: (float64,) -> float64
|
del $422load_method.19
|
$430compare_op.23 = $426call_method.21 <= static_filter_o2d :: bool
|
del static_filter_o2d
|
del $426call_method.21
|
branch $430compare_op.23, 436, 502
|
183:
detsum = np.abs(det_left) + np.abs(det_right)
label 436
|
del $430compare_op.23
|
$436load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$438load_method.1 = getattr(value=$436load_global.0, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $436load_global.0
|
$442call_method.3 = call $438load_method.1(det_left, func=$438load_method.1, args=[Var(det_left, final_2D_robust_multidimarr.py:178)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_left
|
del $438load_method.1
|
$444load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$446load_method.5 = getattr(value=$444load_global.4, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $444load_global.4
|
$450call_method.7 = call $446load_method.5(det_right, func=$446load_method.5, args=[Var(det_right, final_2D_robust_multidimarr.py:179)], kws=(), vararg=None) :: (float64,) -> float64
|
del det_right
|
del $446load_method.5
|
$452binary_add.8 = $442call_method.3 + $450call_method.7 :: float64
|
del $450call_method.7
|
del $442call_method.3
|
detsum = $452binary_add.8 :: float64
|
del $452binary_add.8
|
184:
det, num = orient2d(
$456load_global.9 = global(orient2d: CPUDispatcher(<function orient2d at 0x7f51d4472f80>)) :: type(CPUDispatcher(<function orient2d at 0x7f51d4472f80>))
|
185:
point_x, point_y, b_x, b_y, c_x, c_y, splitter, B, C1, C2, D,
186:
u, ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound,
187:
det, detsum)
$494call_function.28 = call $456load_global.9(point_x, point_y, b_x, b_y, c_x, c_y, splitter, B, C1, C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound, det, detsum, func=$456load_global.9, args=[Var(point_x, final_2D_robust_multidimarr.py:157), Var(point_y, final_2D_robust_multidimarr.py:158), Var(b_x, final_2D_robust_multidimarr.py:163), Var(b_y, final_2D_robust_multidimarr.py:164), Var(c_x, final_2D_robust_multidimarr.py:165), Var(c_y, final_2D_robust_multidimarr.py:166), Var(splitter, final_2D_robust_multidimarr.py:149), Var(B, final_2D_robust_multidimarr.py:149), Var(C1, final_2D_robust_multidimarr.py:149), Var(C2, final_2D_robust_multidimarr.py:149), Var(D, final_2D_robust_multidimarr.py:149), Var(u, final_2D_robust_multidimarr.py:149), Var(ccwerrboundA, final_2D_robust_multidimarr.py:149), Var(ccwerrboundB, final_2D_robust_multidimarr.py:149), Var(ccwerrboundC, final_2D_robust_multidimarr.py:149), Var(resulterrbound, final_2D_robust_multidimarr.py:149), Var(det, final_2D_robust_multidimarr.py:180), Var(detsum, final_2D_robust_multidimarr.py:183)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64, float64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, float64) -> Tuple(float64, int64)
|
del u
|
del splitter
|
del resulterrbound
|
del detsum
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del D
|
del C2
|
del C1
|
del B
|
del $456load_global.9
|
$496unpack_sequence.31 = exhaust_iter(value=$494call_function.28, count=2) :: Tuple(float64, int64)
|
del $494call_function.28
|
$496unpack_sequence.29 = static_getitem(value=$496unpack_sequence.31, index=0, index_var=None) :: float64
|
$496unpack_sequence.30 = static_getitem(value=$496unpack_sequence.31, index=1, index_var=None) :: int64
|
del $496unpack_sequence.31
|
det = $496unpack_sequence.29 :: float64
|
del $496unpack_sequence.29
|
num = $496unpack_sequence.30 :: int64
|
del $496unpack_sequence.30
|
188:
orient2d_count[num] += 1
jump 502
|
label 502
|
del u
|
del splitter
|
del resulterrbound
|
del det_right
|
del det_left
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del D
|
del C2
|
del C1
|
del B
|
del $430compare_op.23
|
$508binary_subscr.4 = getitem(value=orient2d_count, index=num) :: int64
|
$const510.5 = const(int, 1) :: Literal[int](1)
|
$512inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=$508binary_subscr.4, rhs=$const510.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const510.5
|
del $508binary_subscr.4
|
orient2d_count[num] = $512inplace_add.6 :: (array(int64, 1d, C), int64, int64) -> none
|
del orient2d_count
|
del num
|
del $512inplace_add.6
|
189:
190:
if det > 0:
$const520.8 = const(int, 0) :: Literal[int](0)
|
$522compare_op.9 = det > $const520.8 :: bool
|
del $const520.8
|
branch $522compare_op.9, 528, 532
|
191:
return True
label 528
|
del point_y
|
del point_x
|
del det
|
del c_y
|
del c_x
|
del b_y
|
del b_x
|
del $522compare_op.9
|
$const528.0 = const(bool, True) :: bool
|
$530return_value.1 = cast(value=$const528.0) :: bool
|
del $const528.0
|
return $530return_value.1
|
192:
elif det == 0:
label 532
|
del $522compare_op.9
|
$const534.1 = const(int, 0) :: Literal[int](0)
|
$536compare_op.2 = det == $const534.1 :: bool
|
del det
|
del $const534.1
|
branch $536compare_op.2, 542, 612
|
193:
m1_x = point_x - b_x
label 542
|
del $536compare_op.2
|
$546binary_subtract.2 = point_x - b_x :: float64
|
del b_x
|
m1_x = $546binary_subtract.2 :: float64
|
del $546binary_subtract.2
|
194:
m2_x = c_x - point_x
$554binary_subtract.5 = c_x - point_x :: float64
|
del point_x
|
del c_x
|
m2_x = $554binary_subtract.5 :: float64
|
del $554binary_subtract.5
|
195:
m1_y = point_y - b_y
$562binary_subtract.8 = point_y - b_y :: float64
|
del b_y
|
m1_y = $562binary_subtract.8 :: float64
|
del $562binary_subtract.8
|
196:
m2_y = c_y - point_y
$570binary_subtract.11 = c_y - point_y :: float64
|
del point_y
|
del c_y
|
m2_y = $570binary_subtract.11 :: float64
|
del $570binary_subtract.11
|
197:
if m1_x*m2_x >= 0 and m1_y*m2_y >= 0:
$578binary_multiply.14 = m1_x * m2_x :: float64
|
del m2_x
|
del m1_x
|
$const580.15 = const(int, 0) :: Literal[int](0)
|
$582compare_op.16 = $578binary_multiply.14 >= $const580.15 :: bool
|
del $const580.15
|
del $578binary_multiply.14
|
branch $582compare_op.16, 588, 606
|
label 588
|
del $582compare_op.16
|
$592binary_multiply.2 = m1_y * m2_y :: float64
|
del m2_y
|
del m1_y
|
$const594.3 = const(int, 0) :: Literal[int](0)
|
$596compare_op.4 = $592binary_multiply.2 >= $const594.3 :: bool
|
del $const594.3
|
del $592binary_multiply.2
|
branch $596compare_op.4, 602, 606
|
198:
return True
label 602
|
del $596compare_op.4
|
$const602.0 = const(bool, True) :: bool
|
$604return_value.1 = cast(value=$const602.0) :: bool
|
del $const602.0
|
return $604return_value.1
|
199:
else:
200:
return False
label 606
|
del m2_y
|
del m1_y
|
del $596compare_op.4
|
del $582compare_op.16
|
$const606.0 = const(bool, False) :: bool
|
$608return_value.1 = cast(value=$const606.0) :: bool
|
del $const606.0
|
return $608return_value.1
|
201:
else:
202:
return False
label 612
|
del point_y
|
del point_x
|
del c_y
|
del c_x
|
del b_y
|
del b_x
|
del $536compare_op.2
|
$const612.0 = const(bool, False) :: bool
|
$614return_value.1 = cast(value=$const612.0) :: bool
|
del $const612.0
|
return $614return_value.1
|
203:
else:
204:
# t_index is a real triangle
205:
a_x = points[vertices_ID[t_index, 0], 0]
label 620
|
del static_filter_o2d
|
del orient2d_count
|
del gv_idx
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del D
|
del C2
|
del C1
|
del B
|
del $98compare_op.12
|
$const626.3 = const(int, 0) :: Literal[int](0)
|
$628build_tuple.4 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const626.3, final_2D_robust_multidimarr.py:205)]) :: Tuple(int64, Literal[int](0))
|
del $const626.3
|
$630binary_subscr.5 = getitem(value=vertices_ID, index=$628build_tuple.4) :: int64
|
del $628build_tuple.4
|
$const632.6 = const(int, 0) :: Literal[int](0)
|
$634build_tuple.7 = build_tuple(items=[Var($630binary_subscr.5, final_2D_robust_multidimarr.py:205), Var($const632.6, final_2D_robust_multidimarr.py:205)]) :: Tuple(int64, Literal[int](0))
|
del $const632.6
|
del $630binary_subscr.5
|
$636binary_subscr.8 = getitem(value=points, index=$634build_tuple.7) :: float64
|
del $634build_tuple.7
|
a_x = $636binary_subscr.8 :: float64
|
del $636binary_subscr.8
|
206:
a_y = points[vertices_ID[t_index, 0], 1]
$const646.12 = const(int, 0) :: Literal[int](0)
|
$648build_tuple.13 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const646.12, final_2D_robust_multidimarr.py:206)]) :: Tuple(int64, Literal[int](0))
|
del $const646.12
|
$650binary_subscr.14 = getitem(value=vertices_ID, index=$648build_tuple.13) :: int64
|
del $648build_tuple.13
|
$const652.15 = const(int, 1) :: Literal[int](1)
|
$654build_tuple.16 = build_tuple(items=[Var($650binary_subscr.14, final_2D_robust_multidimarr.py:206), Var($const652.15, final_2D_robust_multidimarr.py:206)]) :: Tuple(int64, Literal[int](1))
|
del $const652.15
|
del $650binary_subscr.14
|
$656binary_subscr.17 = getitem(value=points, index=$654build_tuple.16) :: float64
|
del $654build_tuple.16
|
a_y = $656binary_subscr.17 :: float64
|
del $656binary_subscr.17
|
207:
b_x = points[vertices_ID[t_index, 1], 0]
$const666.21 = const(int, 1) :: Literal[int](1)
|
$668build_tuple.22 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const666.21, final_2D_robust_multidimarr.py:207)]) :: Tuple(int64, Literal[int](1))
|
del $const666.21
|
$670binary_subscr.23 = getitem(value=vertices_ID, index=$668build_tuple.22) :: int64
|
del $668build_tuple.22
|
$const672.24 = const(int, 0) :: Literal[int](0)
|
$674build_tuple.25 = build_tuple(items=[Var($670binary_subscr.23, final_2D_robust_multidimarr.py:207), Var($const672.24, final_2D_robust_multidimarr.py:207)]) :: Tuple(int64, Literal[int](0))
|
del $const672.24
|
del $670binary_subscr.23
|
$676binary_subscr.26 = getitem(value=points, index=$674build_tuple.25) :: float64
|
del $674build_tuple.25
|
b_x = $676binary_subscr.26 :: float64
|
del $676binary_subscr.26
|
208:
b_y = points[vertices_ID[t_index, 1], 1]
$const686.30 = const(int, 1) :: Literal[int](1)
|
$688build_tuple.31 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const686.30, final_2D_robust_multidimarr.py:208)]) :: Tuple(int64, Literal[int](1))
|
del $const686.30
|
$690binary_subscr.32 = getitem(value=vertices_ID, index=$688build_tuple.31) :: int64
|
del $688build_tuple.31
|
$const692.33 = const(int, 1) :: Literal[int](1)
|
$694build_tuple.34 = build_tuple(items=[Var($690binary_subscr.32, final_2D_robust_multidimarr.py:208), Var($const692.33, final_2D_robust_multidimarr.py:208)]) :: Tuple(int64, Literal[int](1))
|
del $const692.33
|
del $690binary_subscr.32
|
$696binary_subscr.35 = getitem(value=points, index=$694build_tuple.34) :: float64
|
del $694build_tuple.34
|
b_y = $696binary_subscr.35 :: float64
|
del $696binary_subscr.35
|
209:
c_x = points[vertices_ID[t_index, 2], 0]
$const706.39 = const(int, 2) :: Literal[int](2)
|
$708build_tuple.40 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const706.39, final_2D_robust_multidimarr.py:209)]) :: Tuple(int64, Literal[int](2))
|
del $const706.39
|
$710binary_subscr.41 = getitem(value=vertices_ID, index=$708build_tuple.40) :: int64
|
del $708build_tuple.40
|
$const712.42 = const(int, 0) :: Literal[int](0)
|
$714build_tuple.43 = build_tuple(items=[Var($710binary_subscr.41, final_2D_robust_multidimarr.py:209), Var($const712.42, final_2D_robust_multidimarr.py:209)]) :: Tuple(int64, Literal[int](0))
|
del $const712.42
|
del $710binary_subscr.41
|
$716binary_subscr.44 = getitem(value=points, index=$714build_tuple.43) :: float64
|
del $714build_tuple.43
|
c_x = $716binary_subscr.44 :: float64
|
del $716binary_subscr.44
|
210:
c_y = points[vertices_ID[t_index, 2], 1]
$const726.48 = const(int, 2) :: Literal[int](2)
|
$728build_tuple.49 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:149), Var($const726.48, final_2D_robust_multidimarr.py:210)]) :: Tuple(int64, Literal[int](2))
|
del t_index
|
del $const726.48
|
$730binary_subscr.50 = getitem(value=vertices_ID, index=$728build_tuple.49) :: int64
|
del vertices_ID
|
del $728build_tuple.49
|
$const732.51 = const(int, 1) :: Literal[int](1)
|
$734build_tuple.52 = build_tuple(items=[Var($730binary_subscr.50, final_2D_robust_multidimarr.py:210), Var($const732.51, final_2D_robust_multidimarr.py:210)]) :: Tuple(int64, Literal[int](1))
|
del $const732.51
|
del $730binary_subscr.50
|
$736binary_subscr.53 = getitem(value=points, index=$734build_tuple.52) :: float64
|
del points
|
del $734build_tuple.52
|
c_y = $736binary_subscr.53 :: float64
|
del $736binary_subscr.53
|
211:
212:
adx = a_x - point_x
$744binary_subtract.56 = a_x - point_x :: float64
|
adx = $744binary_subtract.56 :: float64
|
del $744binary_subtract.56
|
213:
bdx = b_x - point_x
$752binary_subtract.59 = b_x - point_x :: float64
|
bdx = $752binary_subtract.59 :: float64
|
del $752binary_subtract.59
|
214:
cdx = c_x - point_x
$760binary_subtract.62 = c_x - point_x :: float64
|
cdx = $760binary_subtract.62 :: float64
|
del $760binary_subtract.62
|
215:
ady = a_y - point_y
$768binary_subtract.65 = a_y - point_y :: float64
|
ady = $768binary_subtract.65 :: float64
|
del $768binary_subtract.65
|
216:
bdy = b_y - point_y
$776binary_subtract.68 = b_y - point_y :: float64
|
bdy = $776binary_subtract.68 :: float64
|
del $776binary_subtract.68
|
217:
cdy = c_y - point_y
$784binary_subtract.71 = c_y - point_y :: float64
|
cdy = $784binary_subtract.71 :: float64
|
del $784binary_subtract.71
|
218:
219:
bdxcdy = bdx * cdy
$792binary_multiply.74 = bdx * cdy :: float64
|
bdxcdy = $792binary_multiply.74 :: float64
|
del $792binary_multiply.74
|
220:
cdxbdy = cdx * bdy
$800binary_multiply.77 = cdx * bdy :: float64
|
cdxbdy = $800binary_multiply.77 :: float64
|
del $800binary_multiply.77
|
221:
alift = adx * adx + ady * ady
$808binary_multiply.80 = adx * adx :: float64
|
$814binary_multiply.83 = ady * ady :: float64
|
$816binary_add.84 = $808binary_multiply.80 + $814binary_multiply.83 :: float64
|
del $814binary_multiply.83
|
del $808binary_multiply.80
|
alift = $816binary_add.84 :: float64
|
del $816binary_add.84
|
222:
223:
cdxady = cdx * ady
$824binary_multiply.87 = cdx * ady :: float64
|
cdxady = $824binary_multiply.87 :: float64
|
del $824binary_multiply.87
|
224:
adxcdy = adx * cdy
$832binary_multiply.90 = adx * cdy :: float64
|
adxcdy = $832binary_multiply.90 :: float64
|
del $832binary_multiply.90
|
225:
blift = bdx * bdx + bdy * bdy
$840binary_multiply.93 = bdx * bdx :: float64
|
$846binary_multiply.96 = bdy * bdy :: float64
|
$848binary_add.97 = $840binary_multiply.93 + $846binary_multiply.96 :: float64
|
del $846binary_multiply.96
|
del $840binary_multiply.93
|
blift = $848binary_add.97 :: float64
|
del $848binary_add.97
|
226:
227:
adxbdy = adx * bdy
$856binary_multiply.100 = adx * bdy :: float64
|
del bdy
|
del adx
|
adxbdy = $856binary_multiply.100 :: float64
|
del $856binary_multiply.100
|
228:
bdxady = bdx * ady
$864binary_multiply.103 = bdx * ady :: float64
|
del bdx
|
del ady
|
bdxady = $864binary_multiply.103 :: float64
|
del $864binary_multiply.103
|
229:
clift = cdx * cdx + cdy * cdy
$872binary_multiply.106 = cdx * cdx :: float64
|
del cdx
|
$878binary_multiply.109 = cdy * cdy :: float64
|
del cdy
|
$880binary_add.110 = $872binary_multiply.106 + $878binary_multiply.109 :: float64
|
del $878binary_multiply.109
|
del $872binary_multiply.106
|
clift = $880binary_add.110 :: float64
|
del $880binary_add.110
|
230:
231:
det = alift * (bdxcdy - cdxbdy) + \
232:
blift * (cdxady - adxcdy) + \
$890binary_subtract.114 = bdxcdy - cdxbdy :: float64
|
$892binary_multiply.115 = alift * $890binary_subtract.114 :: float64
|
del $890binary_subtract.114
|
$900binary_subtract.119 = cdxady - adxcdy :: float64
|
$902binary_multiply.120 = blift * $900binary_subtract.119 :: float64
|
del $900binary_subtract.119
|
$904binary_add.121 = $892binary_multiply.115 + $902binary_multiply.120 :: float64
|
del $902binary_multiply.120
|
del $892binary_multiply.115
|
233:
clift * (adxbdy - bdxady)
$912binary_subtract.125 = adxbdy - bdxady :: float64
|
$914binary_multiply.126 = clift * $912binary_subtract.125 :: float64
|
del $912binary_subtract.125
|
$916binary_add.127 = $904binary_add.121 + $914binary_multiply.126 :: float64
|
del $914binary_multiply.126
|
del $904binary_add.121
|
det = $916binary_add.127 :: float64
|
del $916binary_add.127
|
234:
num = 0
$const920.128 = const(int, 0) :: Literal[int](0)
|
num = $const920.128 :: int64
|
del $const920.128
|
235:
if np.abs(det) <= static_filter_i2d:
$924load_global.129 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$926load_method.130 = getattr(value=$924load_global.129, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $924load_global.129
|
$930call_method.132 = call $926load_method.130(det, func=$926load_method.130, args=[Var(det, final_2D_robust_multidimarr.py:180)], kws=(), vararg=None) :: (float64,) -> float64
|
del $926load_method.130
|
$934compare_op.134 = $930call_method.132 <= static_filter_i2d :: bool
|
del static_filter_i2d
|
del $930call_method.132
|
branch $934compare_op.134, 940, 1192
|
236:
permanent = (np.abs(bdxcdy) + np.abs(cdxbdy)) * alift + \
237:
(np.abs(cdxady) + np.abs(adxcdy)) * blift + \
label 940
|
del $934compare_op.134
|
$940load_global.0 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$942load_method.1 = getattr(value=$940load_global.0, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $940load_global.0
|
$946call_method.3 = call $942load_method.1(bdxcdy, func=$942load_method.1, args=[Var(bdxcdy, final_2D_robust_multidimarr.py:219)], kws=(), vararg=None) :: (float64,) -> float64
|
del bdxcdy
|
del $942load_method.1
|
$948load_global.4 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$950load_method.5 = getattr(value=$948load_global.4, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $948load_global.4
|
$954call_method.7 = call $950load_method.5(cdxbdy, func=$950load_method.5, args=[Var(cdxbdy, final_2D_robust_multidimarr.py:220)], kws=(), vararg=None) :: (float64,) -> float64
|
del cdxbdy
|
del $950load_method.5
|
$956binary_add.8 = $946call_method.3 + $954call_method.7 :: float64
|
del $954call_method.7
|
del $946call_method.3
|
$960binary_multiply.10 = $956binary_add.8 * alift :: float64
|
del alift
|
del $956binary_add.8
|
$962load_global.11 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$964load_method.12 = getattr(value=$962load_global.11, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $962load_global.11
|
$968call_method.14 = call $964load_method.12(cdxady, func=$964load_method.12, args=[Var(cdxady, final_2D_robust_multidimarr.py:223)], kws=(), vararg=None) :: (float64,) -> float64
|
del cdxady
|
del $964load_method.12
|
$970load_global.15 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$972load_method.16 = getattr(value=$970load_global.15, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $970load_global.15
|
$976call_method.18 = call $972load_method.16(adxcdy, func=$972load_method.16, args=[Var(adxcdy, final_2D_robust_multidimarr.py:224)], kws=(), vararg=None) :: (float64,) -> float64
|
del adxcdy
|
del $972load_method.16
|
$978binary_add.19 = $968call_method.14 + $976call_method.18 :: float64
|
del $976call_method.18
|
del $968call_method.14
|
$982binary_multiply.21 = $978binary_add.19 * blift :: float64
|
del blift
|
del $978binary_add.19
|
$984binary_add.22 = $960binary_multiply.10 + $982binary_multiply.21 :: float64
|
del $982binary_multiply.21
|
del $960binary_multiply.10
|
238:
(np.abs(adxbdy) + np.abs(bdxady)) * clift
$986load_global.23 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$988load_method.24 = getattr(value=$986load_global.23, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $986load_global.23
|
$992call_method.26 = call $988load_method.24(adxbdy, func=$988load_method.24, args=[Var(adxbdy, final_2D_robust_multidimarr.py:227)], kws=(), vararg=None) :: (float64,) -> float64
|
del adxbdy
|
del $988load_method.24
|
$994load_global.27 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$996load_method.28 = getattr(value=$994load_global.27, attr=abs) :: Function(<ufunc 'absolute'>)
|
del $994load_global.27
|
$1000call_method.30 = call $996load_method.28(bdxady, func=$996load_method.28, args=[Var(bdxady, final_2D_robust_multidimarr.py:228)], kws=(), vararg=None) :: (float64,) -> float64
|
del bdxady
|
del $996load_method.28
|
$1002binary_add.31 = $992call_method.26 + $1000call_method.30 :: float64
|
del $992call_method.26
|
del $1000call_method.30
|
$1006binary_multiply.33 = $1002binary_add.31 * clift :: float64
|
del clift
|
del $1002binary_add.31
|
$1008binary_add.34 = $984binary_add.22 + $1006binary_multiply.33 :: float64
|
del $984binary_add.22
|
del $1006binary_multiply.33
|
permanent = $1008binary_add.34 :: float64
|
del $1008binary_add.34
|
239:
# errbound = iccerrboundA * permanent
240:
# if np.abs(det) > errbound:
241:
# num = 1
242:
# else:
243:
det, num = incircle(
$1012load_global.35 = global(incircle: CPUDispatcher(<function incircle at 0x7f51d4478dd0>)) :: type(CPUDispatcher(<function incircle at 0x7f51d4478dd0>))
|
244:
a_x, a_y, b_x, b_y, c_x, c_y, point_x, point_y, bc, ca, ab,
245:
axbc, axxbc, aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet,
246:
cxab, cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc,
247:
u, v, temp8, temp16a, temp16b, temp16c, temp32a, temp32b,
248:
temp48, temp64, axtbb, axtcc, aytbb, aytcc, bxtaa, bxtcc,
249:
bytaa, bytcc, cxtaa, cxtbb, cytaa, cytbb, axtbc, aytbc, bxtca,
250:
bytca, cxtab, cytab, axtbct, aytbct, bxtcat, bytcat, cxtabt,
251:
cytabt, axtbctt, aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt,
252:
abt, bct, cat, abtt, bctt, catt, splitter, iccerrboundA,
253:
iccerrboundB, iccerrboundC, resulterrbound, det, permanent)
$1184call_function.121 = call $1012load_global.35(a_x, a_y, b_x, b_y, c_x, c_y, point_x, point_y, bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet, cxab, cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, u, v, temp8, temp16a, temp16b, temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc, aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb, cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt, aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat, abtt, bctt, catt, splitter, iccerrboundA, iccerrboundB, iccerrboundC, resulterrbound, det, permanent, func=$1012load_global.35, args=[Var(a_x, final_2D_robust_multidimarr.py:205), Var(a_y, final_2D_robust_multidimarr.py:206), Var(b_x, final_2D_robust_multidimarr.py:163), Var(b_y, final_2D_robust_multidimarr.py:164), Var(c_x, final_2D_robust_multidimarr.py:165), Var(c_y, final_2D_robust_multidimarr.py:166), Var(point_x, final_2D_robust_multidimarr.py:157), Var(point_y, final_2D_robust_multidimarr.py:158), Var(bc, final_2D_robust_multidimarr.py:149), Var(ca, final_2D_robust_multidimarr.py:149), Var(ab, final_2D_robust_multidimarr.py:149), Var(axbc, final_2D_robust_multidimarr.py:149), Var(axxbc, final_2D_robust_multidimarr.py:149), Var(aybc, final_2D_robust_multidimarr.py:149), Var(ayybc, final_2D_robust_multidimarr.py:149), Var(adet, final_2D_robust_multidimarr.py:149), Var(bxca, final_2D_robust_multidimarr.py:149), Var(bxxca, final_2D_robust_multidimarr.py:149), Var(byca, final_2D_robust_multidimarr.py:149), Var(byyca, final_2D_robust_multidimarr.py:149), Var(bdet, final_2D_robust_multidimarr.py:149), Var(cxab, final_2D_robust_multidimarr.py:149), Var(cxxab, final_2D_robust_multidimarr.py:149), Var(cyab, final_2D_robust_multidimarr.py:149), Var(cyyab, final_2D_robust_multidimarr.py:149), Var(cdet, final_2D_robust_multidimarr.py:149), Var(abdet, final_2D_robust_multidimarr.py:149), Var(fin1, final_2D_robust_multidimarr.py:149), Var(fin2, final_2D_robust_multidimarr.py:149), Var(aa, final_2D_robust_multidimarr.py:149), Var(bb, final_2D_robust_multidimarr.py:149), Var(cc, final_2D_robust_multidimarr.py:149), Var(u, final_2D_robust_multidimarr.py:149), Var(v, final_2D_robust_multidimarr.py:149), Var(temp8, final_2D_robust_multidimarr.py:149), Var(temp16a, final_2D_robust_multidimarr.py:149), Var(temp16b, final_2D_robust_multidimarr.py:149), Var(temp16c, final_2D_robust_multidimarr.py:149), Var(temp32a, final_2D_robust_multidimarr.py:149), Var(temp32b, final_2D_robust_multidimarr.py:149), Var(temp48, final_2D_robust_multidimarr.py:149), Var(temp64, final_2D_robust_multidimarr.py:149), Var(axtbb, final_2D_robust_multidimarr.py:149), Var(axtcc, final_2D_robust_multidimarr.py:149), Var(aytbb, final_2D_robust_multidimarr.py:149), Var(aytcc, final_2D_robust_multidimarr.py:149), Var(bxtaa, final_2D_robust_multidimarr.py:149), Var(bxtcc, final_2D_robust_multidimarr.py:149), Var(bytaa, final_2D_robust_multidimarr.py:149), Var(bytcc, final_2D_robust_multidimarr.py:149), Var(cxtaa, final_2D_robust_multidimarr.py:149), Var(cxtbb, final_2D_robust_multidimarr.py:149), Var(cytaa, final_2D_robust_multidimarr.py:149), Var(cytbb, final_2D_robust_multidimarr.py:149), Var(axtbc, final_2D_robust_multidimarr.py:149), Var(aytbc, final_2D_robust_multidimarr.py:149), Var(bxtca, final_2D_robust_multidimarr.py:149), Var(bytca, final_2D_robust_multidimarr.py:149), Var(cxtab, final_2D_robust_multidimarr.py:149), Var(cytab, final_2D_robust_multidimarr.py:149), Var(axtbct, final_2D_robust_multidimarr.py:149), Var(aytbct, final_2D_robust_multidimarr.py:149), Var(bxtcat, final_2D_robust_multidimarr.py:149), Var(bytcat, final_2D_robust_multidimarr.py:149), Var(cxtabt, final_2D_robust_multidimarr.py:149), Var(cytabt, final_2D_robust_multidimarr.py:149), Var(axtbctt, final_2D_robust_multidimarr.py:149), Var(aytbctt, final_2D_robust_multidimarr.py:149), Var(bxtcatt, final_2D_robust_multidimarr.py:149), Var(bytcatt, final_2D_robust_multidimarr.py:149), Var(cxtabtt, final_2D_robust_multidimarr.py:149), Var(cytabtt, final_2D_robust_multidimarr.py:149), Var(abt, final_2D_robust_multidimarr.py:149), Var(bct, final_2D_robust_multidimarr.py:149), Var(cat, final_2D_robust_multidimarr.py:149), Var(abtt, final_2D_robust_multidimarr.py:149), Var(bctt, final_2D_robust_multidimarr.py:149), Var(catt, final_2D_robust_multidimarr.py:149), Var(splitter, final_2D_robust_multidimarr.py:149), Var(iccerrboundA, final_2D_robust_multidimarr.py:149), Var(iccerrboundB, final_2D_robust_multidimarr.py:149), Var(iccerrboundC, final_2D_robust_multidimarr.py:149), Var(resulterrbound, final_2D_robust_multidimarr.py:149), Var(det, final_2D_robust_multidimarr.py:180), Var(permanent, final_2D_robust_multidimarr.py:238)], kws=(), vararg=None) :: (float64, float64, float64, float64, float64, float64, float64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, float64, float64) -> Tuple(float64, int64)
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del splitter
|
del resulterrbound
|
del point_y
|
del point_x
|
del permanent
|
del iccerrboundC
|
del iccerrboundB
|
del iccerrboundA
|
del fin2
|
del fin1
|
del cyyab
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cyab
|
del cxxab
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cxab
|
del cdet
|
del cc
|
del catt
|
del cat
|
del ca
|
del c_y
|
del c_x
|
del byyca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del byca
|
del bxxca
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bxca
|
del bdet
|
del bctt
|
del bct
|
del bc
|
del bb
|
del b_y
|
del b_x
|
del ayybc
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del aybc
|
del axxbc
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del axbc
|
del adet
|
del abtt
|
del abt
|
del abdet
|
del ab
|
del aa
|
del a_y
|
del a_x
|
del $1012load_global.35
|
$1186unpack_sequence.124 = exhaust_iter(value=$1184call_function.121, count=2) :: Tuple(float64, int64)
|
del $1184call_function.121
|
$1186unpack_sequence.122 = static_getitem(value=$1186unpack_sequence.124, index=0, index_var=None) :: float64
|
$1186unpack_sequence.123 = static_getitem(value=$1186unpack_sequence.124, index=1, index_var=None) :: int64
|
del $1186unpack_sequence.124
|
det = $1186unpack_sequence.122 :: float64
|
del $1186unpack_sequence.122
|
num = $1186unpack_sequence.123 :: int64
|
del $1186unpack_sequence.123
|
254:
# det, num = incircleadapt(
255:
# a_x, a_y, b_x, b_y, c_x, c_y, point_x, point_y, permanent,
256:
# bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca,
257:
# byca, byyca, bdet, cxab, cxxab, cyab, cyyab, cdet, abdet,
258:
# fin1, fin2, aa, bb, cc, u, v, temp8, temp16a, temp16b,
259:
# temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc,
260:
# aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb,
261:
# cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab,
262:
# axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt,
263:
# aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat,
264:
# abtt, bctt, catt, splitter, iccerrboundB, iccerrboundC,
265:
# resulterrbound)
266:
incircle_count[num] += 1
jump 1192
|
label 1192
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del splitter
|
del resulterrbound
|
del point_y
|
del point_x
|
del iccerrboundC
|
del iccerrboundB
|
del iccerrboundA
|
del fin2
|
del fin1
|
del cyyab
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cyab
|
del cxxab
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cxab
|
del clift
|
del cdxbdy
|
del cdxady
|
del cdet
|
del cc
|
del catt
|
del cat
|
del ca
|
del c_y
|
del c_x
|
del byyca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del byca
|
del bxxca
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bxca
|
del blift
|
del bdxcdy
|
del bdxady
|
del bdet
|
del bctt
|
del bct
|
del bc
|
del bb
|
del b_y
|
del b_x
|
del ayybc
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del aybc
|
del axxbc
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del axbc
|
del alift
|
del adxcdy
|
del adxbdy
|
del adet
|
del abtt
|
del abt
|
del abdet
|
del ab
|
del aa
|
del a_y
|
del a_x
|
del $934compare_op.134
|
$1198binary_subscr.4 = getitem(value=incircle_count, index=num) :: int64
|
$const1200.5 = const(int, 1) :: Literal[int](1)
|
$1202inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=$1198binary_subscr.4, rhs=$const1200.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const1200.5
|
del $1198binary_subscr.4
|
incircle_count[num] = $1202inplace_add.6 :: (array(int64, 1d, C), int64, int64) -> none
|
del num
|
del incircle_count
|
del $1202inplace_add.6
|
267:
268:
if det >= 0.0:
$const1210.8 = const(float, 0.0) :: float64
|
$1212compare_op.9 = det >= $const1210.8 :: bool
|
del det
|
del $const1210.8
|
branch $1212compare_op.9, 1218, 1222
|
269:
return True
label 1218
|
del $1212compare_op.9
|
$const1218.0 = const(bool, True) :: bool
|
$1220return_value.1 = cast(value=$const1218.0) :: bool
|
del $const1218.0
|
return $1220return_value.1
|
270:
else:
271:
return False
label 1222
|
del $1212compare_op.9
|
$const1222.0 = const(bool, False) :: bool
|
$1224return_value.1 = cast(value=$const1222.0) :: bool
|
del $const1222.0
|
return $1224return_value.1
|
274:
@njit
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
275:
def _identify_cavity(
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
276:
points, point_id, t_index, neighbour_ID, vertices_ID, ic_bad_tri,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
277:
ic_boundary_tri, ic_boundary_vtx, gv, bad_tri_indicator_arr, B, C1, C2,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
278:
D, u, v, bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca, byca,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
279:
byyca, bdet, cxab, cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
280:
cc, temp8, temp16a, temp16b, temp16c, temp32a, temp32b, temp48, temp64,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
281:
axtbb, axtcc, aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
282:
cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct, aytbct,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
283:
bxtcat, bytcat, cxtabt, cytabt, axtbctt, aytbctt, bxtcatt, bytcatt,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
284:
cxtabtt, cytabtt, abt, bct, cat, abtt, bctt, catt, splitter,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
285:
iccerrboundA, iccerrboundB, iccerrboundC, resulterrbound, ccwerrboundA,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
286:
ccwerrboundB, ccwerrboundC, static_filter_o2d, static_filter_i2d,
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
287:
orient2d_count, incircle_count):
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
288:
'''
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
289:
Identifies all the 'bad' triangles, i.e. the triangles whose circumcircles
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
290:
enclose the given point. Returns a list of the indices of the bad triangles
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
291:
and a list of the triangles bordering the cavity.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
292:
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
293:
points : The global array containing the co-ordinates of all the
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
294:
points to be triangulated.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
295:
point_id : The index (corresponding to the points array) of the
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
296:
point to be inserted into the triangulation.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
297:
t_index : The index of the tri enclosing point_id.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
298:
neighbour_ID : The global array containing the indices of the
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
299:
neighbours of all the triangles.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
300:
vertices_ID : The global array containing the indices (corresponding
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
301:
to the points array) of the vertices of all the tri.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
302:
ic_bad_tri : Helper array, used to store the indices of the 'bad'
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
303:
tri, i.e. those whose circumspheres containt point_id.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
304:
ic_boundary_tri : Helper array, used to store the tri on the boundary of
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
305:
the cavity.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
306:
ic_boundary_vtx : Helper array, used to store the points on the boundary
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
307:
of the cavity.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
308:
gv : Index assigned to the ghost vertex.
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
309:
'''
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
310:
| ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
label 0
|
points = arg(0, name=points) :: array(float64, 2d, C)
|
point_id = arg(1, name=point_id) :: int64
|
t_index = arg(2, name=t_index) :: int64
|
neighbour_ID = arg(3, name=neighbour_ID) :: array(int64, 2d, C)
|
vertices_ID = arg(4, name=vertices_ID) :: array(int64, 2d, C)
|
ic_bad_tri = arg(5, name=ic_bad_tri) :: array(int64, 1d, C)
|
ic_boundary_tri = arg(6, name=ic_boundary_tri) :: array(int64, 1d, C)
|
ic_boundary_vtx = arg(7, name=ic_boundary_vtx) :: array(int64, 2d, C)
|
gv = arg(8, name=gv) :: int64
|
bad_tri_indicator_arr = arg(9, name=bad_tri_indicator_arr) :: array(bool, 1d, C)
|
B = arg(10, name=B) :: array(float64, 1d, C)
|
C1 = arg(11, name=C1) :: array(float64, 1d, C)
|
C2 = arg(12, name=C2) :: array(float64, 1d, C)
|
D = arg(13, name=D) :: array(float64, 1d, C)
|
u = arg(14, name=u) :: array(float64, 1d, C)
|
v = arg(15, name=v) :: array(float64, 1d, C)
|
bc = arg(16, name=bc) :: array(float64, 1d, C)
|
ca = arg(17, name=ca) :: array(float64, 1d, C)
|
ab = arg(18, name=ab) :: array(float64, 1d, C)
|
axbc = arg(19, name=axbc) :: array(float64, 1d, C)
|
axxbc = arg(20, name=axxbc) :: array(float64, 1d, C)
|
aybc = arg(21, name=aybc) :: array(float64, 1d, C)
|
ayybc = arg(22, name=ayybc) :: array(float64, 1d, C)
|
adet = arg(23, name=adet) :: array(float64, 1d, C)
|
bxca = arg(24, name=bxca) :: array(float64, 1d, C)
|
bxxca = arg(25, name=bxxca) :: array(float64, 1d, C)
|
byca = arg(26, name=byca) :: array(float64, 1d, C)
|
byyca = arg(27, name=byyca) :: array(float64, 1d, C)
|
bdet = arg(28, name=bdet) :: array(float64, 1d, C)
|
cxab = arg(29, name=cxab) :: array(float64, 1d, C)
|
cxxab = arg(30, name=cxxab) :: array(float64, 1d, C)
|
cyab = arg(31, name=cyab) :: array(float64, 1d, C)
|
cyyab = arg(32, name=cyyab) :: array(float64, 1d, C)
|
cdet = arg(33, name=cdet) :: array(float64, 1d, C)
|
abdet = arg(34, name=abdet) :: array(float64, 1d, C)
|
fin1 = arg(35, name=fin1) :: array(float64, 1d, C)
|
fin2 = arg(36, name=fin2) :: array(float64, 1d, C)
|
aa = arg(37, name=aa) :: array(float64, 1d, C)
|
bb = arg(38, name=bb) :: array(float64, 1d, C)
|
cc = arg(39, name=cc) :: array(float64, 1d, C)
|
temp8 = arg(40, name=temp8) :: array(float64, 1d, C)
|
temp16a = arg(41, name=temp16a) :: array(float64, 1d, C)
|
temp16b = arg(42, name=temp16b) :: array(float64, 1d, C)
|
temp16c = arg(43, name=temp16c) :: array(float64, 1d, C)
|
temp32a = arg(44, name=temp32a) :: array(float64, 1d, C)
|
temp32b = arg(45, name=temp32b) :: array(float64, 1d, C)
|
temp48 = arg(46, name=temp48) :: array(float64, 1d, C)
|
temp64 = arg(47, name=temp64) :: array(float64, 1d, C)
|
axtbb = arg(48, name=axtbb) :: array(float64, 1d, C)
|
axtcc = arg(49, name=axtcc) :: array(float64, 1d, C)
|
aytbb = arg(50, name=aytbb) :: array(float64, 1d, C)
|
aytcc = arg(51, name=aytcc) :: array(float64, 1d, C)
|
bxtaa = arg(52, name=bxtaa) :: array(float64, 1d, C)
|
bxtcc = arg(53, name=bxtcc) :: array(float64, 1d, C)
|
bytaa = arg(54, name=bytaa) :: array(float64, 1d, C)
|
bytcc = arg(55, name=bytcc) :: array(float64, 1d, C)
|
cxtaa = arg(56, name=cxtaa) :: array(float64, 1d, C)
|
cxtbb = arg(57, name=cxtbb) :: array(float64, 1d, C)
|
cytaa = arg(58, name=cytaa) :: array(float64, 1d, C)
|
cytbb = arg(59, name=cytbb) :: array(float64, 1d, C)
|
axtbc = arg(60, name=axtbc) :: array(float64, 1d, C)
|
aytbc = arg(61, name=aytbc) :: array(float64, 1d, C)
|
bxtca = arg(62, name=bxtca) :: array(float64, 1d, C)
|
bytca = arg(63, name=bytca) :: array(float64, 1d, C)
|
cxtab = arg(64, name=cxtab) :: array(float64, 1d, C)
|
cytab = arg(65, name=cytab) :: array(float64, 1d, C)
|
axtbct = arg(66, name=axtbct) :: array(float64, 1d, C)
|
aytbct = arg(67, name=aytbct) :: array(float64, 1d, C)
|
bxtcat = arg(68, name=bxtcat) :: array(float64, 1d, C)
|
bytcat = arg(69, name=bytcat) :: array(float64, 1d, C)
|
cxtabt = arg(70, name=cxtabt) :: array(float64, 1d, C)
|
cytabt = arg(71, name=cytabt) :: array(float64, 1d, C)
|
axtbctt = arg(72, name=axtbctt) :: array(float64, 1d, C)
|
aytbctt = arg(73, name=aytbctt) :: array(float64, 1d, C)
|
bxtcatt = arg(74, name=bxtcatt) :: array(float64, 1d, C)
|
bytcatt = arg(75, name=bytcatt) :: array(float64, 1d, C)
|
cxtabtt = arg(76, name=cxtabtt) :: array(float64, 1d, C)
|
cytabtt = arg(77, name=cytabtt) :: array(float64, 1d, C)
|
abt = arg(78, name=abt) :: array(float64, 1d, C)
|
bct = arg(79, name=bct) :: array(float64, 1d, C)
|
cat = arg(80, name=cat) :: array(float64, 1d, C)
|
abtt = arg(81, name=abtt) :: array(float64, 1d, C)
|
bctt = arg(82, name=bctt) :: array(float64, 1d, C)
|
catt = arg(83, name=catt) :: array(float64, 1d, C)
|
splitter = arg(84, name=splitter) :: float64
|
iccerrboundA = arg(85, name=iccerrboundA) :: float64
|
iccerrboundB = arg(86, name=iccerrboundB) :: float64
|
iccerrboundC = arg(87, name=iccerrboundC) :: float64
|
resulterrbound = arg(88, name=resulterrbound) :: float64
|
ccwerrboundA = arg(89, name=ccwerrboundA) :: float64
|
ccwerrboundB = arg(90, name=ccwerrboundB) :: float64
|
ccwerrboundC = arg(91, name=ccwerrboundC) :: float64
|
static_filter_o2d = arg(92, name=static_filter_o2d) :: float64
|
static_filter_i2d = arg(93, name=static_filter_i2d) :: float64
|
orient2d_count = arg(94, name=orient2d_count) :: array(int64, 1d, C)
|
incircle_count = arg(95, name=incircle_count) :: array(int64, 1d, C)
|
$2load_global.0 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$6call_function.2 = call $2load_global.0(ic_bad_tri, func=$2load_global.0, args=[Var(ic_bad_tri, final_2D_robust_multidimarr.py:311)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> int64
|
del $2load_global.0
|
ic_len_bad_tri = $6call_function.2 :: int64
|
del $6call_function.2
|
312:
ic_bad_tri_end = np.int64(0)
$10load_global.3 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$12load_method.4 = getattr(value=$10load_global.3, attr=int64) :: class(int64)
|
del $10load_global.3
|
$const14.5 = const(int, 0) :: Literal[int](0)
|
$16call_method.6 = call $12load_method.4($const14.5, func=$12load_method.4, args=[Var($const14.5, final_2D_robust_multidimarr.py:312)], kws=(), vararg=None) :: (Literal[int](0),) -> int64
|
del $const14.5
|
del $12load_method.4
|
ic_bad_tri_end = $16call_method.6 :: int64
|
del $16call_method.6
|
313:
314:
ic_len_boundary_tri = len(ic_boundary_tri)
$20load_global.7 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$24call_function.9 = call $20load_global.7(ic_boundary_tri, func=$20load_global.7, args=[Var(ic_boundary_tri, final_2D_robust_multidimarr.py:311)], kws=(), vararg=None) :: (array(int64, 1d, C),) -> int64
|
del $20load_global.7
|
ic_len_boundary_tri = $24call_function.9 :: int64
|
del $24call_function.9
|
315:
ic_boundary_tri_end = np.int64(0)
$28load_global.10 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$30load_method.11 = getattr(value=$28load_global.10, attr=int64) :: class(int64)
|
del $28load_global.10
|
$const32.12 = const(int, 0) :: Literal[int](0)
|
$34call_method.13 = call $30load_method.11($const32.12, func=$30load_method.11, args=[Var($const32.12, final_2D_robust_multidimarr.py:315)], kws=(), vararg=None) :: (Literal[int](0),) -> int64
|
del $const32.12
|
del $30load_method.11
|
ic_boundary_tri_end = $34call_method.13 :: int64
|
del $34call_method.13
|
316:
317:
ic_len_boundary_vtx = len(ic_boundary_vtx)
$38load_global.14 = global(len: <built-in function len>) :: Function(<built-in function len>)
|
$42call_function.16 = call $38load_global.14(ic_boundary_vtx, func=$38load_global.14, args=[Var(ic_boundary_vtx, final_2D_robust_multidimarr.py:311)], kws=(), vararg=None) :: (array(int64, 2d, C),) -> int64
|
del $38load_global.14
|
ic_len_boundary_vtx = $42call_function.16 :: int64
|
del $42call_function.16
|
318:
ic_boundary_vtx_end = np.int64(0)
$46load_global.17 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$48load_method.18 = getattr(value=$46load_global.17, attr=int64) :: class(int64)
|
del $46load_global.17
|
$const50.19 = const(int, 0) :: Literal[int](0)
|
$52call_method.20 = call $48load_method.18($const50.19, func=$48load_method.18, args=[Var($const50.19, final_2D_robust_multidimarr.py:318)], kws=(), vararg=None) :: (Literal[int](0),) -> int64
|
del $const50.19
|
del $48load_method.18
|
ic_boundary_vtx_end = $52call_method.20 :: int64
|
del $52call_method.20
|
319:
320:
# Adding the first bad triangle, i.e. the enclosing triangle
321:
ic_bad_tri[ic_bad_tri_end] = t_index
ic_bad_tri[ic_bad_tri_end] = t_index :: (array(int64, 1d, C), int64, int64) -> none
|
322:
bad_tri_indicator_arr[t_index] = True
$const64.24 = const(bool, True) :: bool
|
bad_tri_indicator_arr[t_index] = $const64.24 :: (array(bool, 1d, C), int64, bool) -> none
|
del t_index
|
del $const64.24
|
323:
ic_bad_tri_end += 1
$const74.28 = const(int, 1) :: Literal[int](1)
|
$76inplace_add.29 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=ic_bad_tri_end, rhs=$const74.28, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del ic_bad_tri_end
|
del $const74.28
|
ic_bad_tri_end.1 = $76inplace_add.29 :: int64
|
del $76inplace_add.29
|
324:
325:
ic_idx = 0
$const80.30 = const(int, 0) :: Literal[int](0)
|
ic_idx = $const80.30 :: int64
|
del $const80.30
|
326:
while True:
jump 84
|
label 84
|
327:
t_index = ic_bad_tri[ic_idx]
jump 88
|
label 88
|
del $720compare_op.5
|
$92binary_subscr.2 = getitem(value=ic_bad_tri, index=ic_idx) :: int64
|
t_index = $92binary_subscr.2 :: int64
|
del $92binary_subscr.2
|
328:
329:
for j in range(3):
jump 96
|
label 96
|
$100load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const102.1 = const(int, 3) :: Literal[int](3)
|
$104call_function.2 = call $100load_global.0($const102.1, func=$100load_global.0, args=[Var($const102.1, final_2D_robust_multidimarr.py:329)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $const102.1
|
del $100load_global.0
|
$106get_iter.3 = getiter(value=$104call_function.2) :: range_iter_int64
|
del $104call_function.2
|
$phi108.0 = $106get_iter.3 :: range_iter_int64
|
del $106get_iter.3
|
jump 108
|
label 108
|
$108for_iter.1 = iternext(value=$phi108.0) :: pair<int64, bool>
|
$108for_iter.2 = pair_first(value=$108for_iter.1) :: int64
|
$108for_iter.3 = pair_second(value=$108for_iter.1) :: bool
|
del $108for_iter.1
|
$phi112.1 = $108for_iter.2 :: int64
|
del $108for_iter.2
|
branch $108for_iter.3, 112, 706
|
label 112
|
del $108for_iter.3
|
j = $phi112.1 :: int64
|
del $phi112.1
|
label 731
|
del jth_nbr_idx
|
del j
|
del $134binary_subscr.11
|
jump 108
|
330:
jth_nbr_idx = neighbour_ID[t_index, j]//3
$120build_tuple.5 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:311), Var(j, final_2D_robust_multidimarr.py:329)]) :: UniTuple(int64 x 2)
|
$122binary_subscr.6 = getitem(value=neighbour_ID, index=$120build_tuple.5) :: int64
|
del $120build_tuple.5
|
$const124.7 = const(int, 3) :: Literal[int](3)
|
$126binary_floor_divide.8 = $122binary_subscr.6 // $const124.7 :: int64
|
del $const124.7
|
del $122binary_subscr.6
|
jth_nbr_idx = $126binary_floor_divide.8 :: int64
|
del $126binary_floor_divide.8
|
331:
332:
if not bad_tri_indicator_arr[jth_nbr_idx]:
$134binary_subscr.11 = getitem(value=bad_tri_indicator_arr, index=jth_nbr_idx) :: bool
|
branch $134binary_subscr.11, 731, 138
|
333:
# i.e. jth_nbr_idx has not been stored in the ic_bad_tri
334:
# array yet.
335:
inside_tri = _cavity_helper(
label 138
|
del $134binary_subscr.11
|
$138load_global.1 = global(_cavity_helper: CPUDispatcher(<function _cavity_helper at 0x7f51d4cc5320>)) :: type(CPUDispatcher(<function _cavity_helper at 0x7f51d4cc5320>))
|
336:
point_id, jth_nbr_idx, points, vertices_ID, gv, B, C1, C2,
337:
D, u, v, bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca,
338:
bxxca, byca, byyca, bdet, cxab, cxxab, cyab, cyyab, cdet,
339:
abdet, fin1, fin2, aa, bb, cc, temp8, temp16a, temp16b,
340:
temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc,
341:
aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb,
342:
cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab,
343:
axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt,
344:
aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat,
345:
abtt, bctt, catt, splitter, iccerrboundA, iccerrboundB,
346:
iccerrboundC, resulterrbound, ccwerrboundA, ccwerrboundB,
347:
ccwerrboundC, static_filter_o2d, static_filter_i2d,
348:
orient2d_count, incircle_count)
$322call_function.93 = call $138load_global.1(point_id, jth_nbr_idx, points, vertices_ID, gv, B, C1, C2, D, u, v, bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet, cxab, cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, temp8, temp16a, temp16b, temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc, aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb, cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt, aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat, abtt, bctt, catt, splitter, iccerrboundA, iccerrboundB, iccerrboundC, resulterrbound, ccwerrboundA, ccwerrboundB, ccwerrboundC, static_filter_o2d, static_filter_i2d, orient2d_count, incircle_count, func=$138load_global.1, args=[Var(point_id, final_2D_robust_multidimarr.py:311), Var(jth_nbr_idx, final_2D_robust_multidimarr.py:330), Var(points, final_2D_robust_multidimarr.py:311), Var(vertices_ID, final_2D_robust_multidimarr.py:311), Var(gv, final_2D_robust_multidimarr.py:311), Var(B, final_2D_robust_multidimarr.py:311), Var(C1, final_2D_robust_multidimarr.py:311), Var(C2, final_2D_robust_multidimarr.py:311), Var(D, final_2D_robust_multidimarr.py:311), Var(u, final_2D_robust_multidimarr.py:311), Var(v, final_2D_robust_multidimarr.py:311), Var(bc, final_2D_robust_multidimarr.py:311), Var(ca, final_2D_robust_multidimarr.py:311), Var(ab, final_2D_robust_multidimarr.py:311), Var(axbc, final_2D_robust_multidimarr.py:311), Var(axxbc, final_2D_robust_multidimarr.py:311), Var(aybc, final_2D_robust_multidimarr.py:311), Var(ayybc, final_2D_robust_multidimarr.py:311), Var(adet, final_2D_robust_multidimarr.py:311), Var(bxca, final_2D_robust_multidimarr.py:311), Var(bxxca, final_2D_robust_multidimarr.py:311), Var(byca, final_2D_robust_multidimarr.py:311), Var(byyca, final_2D_robust_multidimarr.py:311), Var(bdet, final_2D_robust_multidimarr.py:311), Var(cxab, final_2D_robust_multidimarr.py:311), Var(cxxab, final_2D_robust_multidimarr.py:311), Var(cyab, final_2D_robust_multidimarr.py:311), Var(cyyab, final_2D_robust_multidimarr.py:311), Var(cdet, final_2D_robust_multidimarr.py:311), Var(abdet, final_2D_robust_multidimarr.py:311), Var(fin1, final_2D_robust_multidimarr.py:311), Var(fin2, final_2D_robust_multidimarr.py:311), Var(aa, final_2D_robust_multidimarr.py:311), Var(bb, final_2D_robust_multidimarr.py:311), Var(cc, final_2D_robust_multidimarr.py:311), Var(temp8, final_2D_robust_multidimarr.py:311), Var(temp16a, final_2D_robust_multidimarr.py:311), Var(temp16b, final_2D_robust_multidimarr.py:311), Var(temp16c, final_2D_robust_multidimarr.py:311), Var(temp32a, final_2D_robust_multidimarr.py:311), Var(temp32b, final_2D_robust_multidimarr.py:311), Var(temp48, final_2D_robust_multidimarr.py:311), Var(temp64, final_2D_robust_multidimarr.py:311), Var(axtbb, final_2D_robust_multidimarr.py:311), Var(axtcc, final_2D_robust_multidimarr.py:311), Var(aytbb, final_2D_robust_multidimarr.py:311), Var(aytcc, final_2D_robust_multidimarr.py:311), Var(bxtaa, final_2D_robust_multidimarr.py:311), Var(bxtcc, final_2D_robust_multidimarr.py:311), Var(bytaa, final_2D_robust_multidimarr.py:311), Var(bytcc, final_2D_robust_multidimarr.py:311), Var(cxtaa, final_2D_robust_multidimarr.py:311), Var(cxtbb, final_2D_robust_multidimarr.py:311), Var(cytaa, final_2D_robust_multidimarr.py:311), Var(cytbb, final_2D_robust_multidimarr.py:311), Var(axtbc, final_2D_robust_multidimarr.py:311), Var(aytbc, final_2D_robust_multidimarr.py:311), Var(bxtca, final_2D_robust_multidimarr.py:311), Var(bytca, final_2D_robust_multidimarr.py:311), Var(cxtab, final_2D_robust_multidimarr.py:311), Var(cytab, final_2D_robust_multidimarr.py:311), Var(axtbct, final_2D_robust_multidimarr.py:311), Var(aytbct, final_2D_robust_multidimarr.py:311), Var(bxtcat, final_2D_robust_multidimarr.py:311), Var(bytcat, final_2D_robust_multidimarr.py:311), Var(cxtabt, final_2D_robust_multidimarr.py:311), Var(cytabt, final_2D_robust_multidimarr.py:311), Var(axtbctt, final_2D_robust_multidimarr.py:311), Var(aytbctt, final_2D_robust_multidimarr.py:311), Var(bxtcatt, final_2D_robust_multidimarr.py:311), Var(bytcatt, final_2D_robust_multidimarr.py:311), Var(cxtabtt, final_2D_robust_multidimarr.py:311), Var(cytabtt, final_2D_robust_multidimarr.py:311), Var(abt, final_2D_robust_multidimarr.py:311), Var(bct, final_2D_robust_multidimarr.py:311), Var(cat, final_2D_robust_multidimarr.py:311), Var(abtt, final_2D_robust_multidimarr.py:311), Var(bctt, final_2D_robust_multidimarr.py:311), Var(catt, final_2D_robust_multidimarr.py:311), Var(splitter, final_2D_robust_multidimarr.py:311), Var(iccerrboundA, final_2D_robust_multidimarr.py:311), Var(iccerrboundB, final_2D_robust_multidimarr.py:311), Var(iccerrboundC, final_2D_robust_multidimarr.py:311), Var(resulterrbound, final_2D_robust_multidimarr.py:311), Var(ccwerrboundA, final_2D_robust_multidimarr.py:311), Var(ccwerrboundB, final_2D_robust_multidimarr.py:311), Var(ccwerrboundC, final_2D_robust_multidimarr.py:311), Var(static_filter_o2d, final_2D_robust_multidimarr.py:311), Var(static_filter_i2d, final_2D_robust_multidimarr.py:311), Var(orient2d_count, final_2D_robust_multidimarr.py:311), Var(incircle_count, final_2D_robust_multidimarr.py:311)], kws=(), vararg=None) :: (int64, int64, array(float64, 2d, C), array(int64, 2d, C), int64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, float64, float64, float64, float64, float64, array(int64, 1d, C), array(int64, 1d, C)) -> bool
|
del $138load_global.1
|
inside_tri = $322call_function.93 :: bool
|
del $322call_function.93
|
349:
if inside_tri is True:
$const328.95 = const(bool, True) :: bool
|
$330compare_op.96 = inside_tri is $const328.95 :: bool
|
del inside_tri
|
del $const328.95
|
branch $330compare_op.96, 336, 436
|
350:
# i.e. the j'th neighbour is a bad triangle
351:
if ic_bad_tri_end >= ic_len_bad_tri:
label 336
|
del j
|
del $330compare_op.96
|
$340compare_op.3 = ic_bad_tri_end.1 >= ic_len_bad_tri :: bool
|
branch $340compare_op.3, 346, 410
|
352:
temp_arr1 = np.empty(2*ic_len_bad_tri, dtype=np.int64)
label 346
|
del $340compare_op.3
|
$346load_global.1 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$348load_attr.2 = getattr(value=$346load_global.1, attr=empty) :: Function(<built-in function empty>)
|
del $346load_global.1
|
$const350.3 = const(int, 2) :: Literal[int](2)
|
$354binary_multiply.5 = $const350.3 * ic_len_bad_tri :: int64
|
del $const350.3
|
$356load_global.6 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$358load_attr.7 = getattr(value=$356load_global.6, attr=int64) :: class(int64)
|
del $356load_global.6
|
$362call_function_kw.9 = call $348load_attr.2($354binary_multiply.5, func=$348load_attr.2, args=[Var($354binary_multiply.5, final_2D_robust_multidimarr.py:352)], kws=[('dtype', Var($358load_attr.7, final_2D_robust_multidimarr.py:352))], vararg=None) :: (int64, class(int64)) -> array(int64, 1d, C)
|
del $358load_attr.7
|
del $354binary_multiply.5
|
del $348load_attr.2
|
temp_arr1 = $362call_function_kw.9 :: array(int64, 1d, C)
|
del $362call_function_kw.9
|
353:
for l in range(ic_bad_tri_end):
jump 366
|
label 366
|
$368load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$372call_function.3 = call $368load_global.1(ic_bad_tri_end.1, func=$368load_global.1, args=[Var(ic_bad_tri_end.1, final_2D_robust_multidimarr.py:323)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $368load_global.1
|
$374get_iter.4 = getiter(value=$372call_function.3) :: range_iter_int64
|
del $372call_function.3
|
$phi376.1 = $374get_iter.4 :: range_iter_int64
|
del $374get_iter.4
|
jump 376
|
label 376
|
$376for_iter.2 = iternext(value=$phi376.1) :: pair<int64, bool>
|
$376for_iter.3 = pair_first(value=$376for_iter.2) :: int64
|
$376for_iter.4 = pair_second(value=$376for_iter.2) :: bool
|
del $376for_iter.2
|
$phi378.2 = $376for_iter.3 :: int64
|
del $376for_iter.3
|
branch $376for_iter.4, 378, 396
|
label 378
|
del $376for_iter.4
|
l = $phi378.2 :: int64
|
del $phi378.2
|
354:
temp_arr1[l] = ic_bad_tri[l]
$384binary_subscr.5 = getitem(value=ic_bad_tri, index=l) :: int64
|
temp_arr1[l] = $384binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del l
|
del $384binary_subscr.5
|
jump 376
|
label 396
|
355:
ic_len_bad_tri = 2*ic_len_bad_tri
del ic_bad_tri
|
del $phi378.2
|
del $phi376.1
|
del $376for_iter.4
|
jump 398
|
label 398
|
$const398.1 = const(int, 2) :: Literal[int](2)
|
$402binary_multiply.3 = $const398.1 * ic_len_bad_tri :: int64
|
del $const398.1
|
ic_len_bad_tri = $402binary_multiply.3 :: int64
|
del $402binary_multiply.3
|
356:
ic_bad_tri = temp_arr1
ic_bad_tri = temp_arr1 :: array(int64, 1d, C)
|
del temp_arr1
|
357:
358:
ic_bad_tri[ic_bad_tri_end] = jth_nbr_idx
jump 410
|
label 410
|
del $340compare_op.3
|
ic_bad_tri[ic_bad_tri_end.1] = jth_nbr_idx :: (array(int64, 1d, C), int64, int64) -> none
|
359:
ic_bad_tri_end += 1
$const420.5 = const(int, 1) :: Literal[int](1)
|
$422inplace_add.6 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=ic_bad_tri_end.1, rhs=$const420.5, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const420.5
|
ic_bad_tri_end.1 = $422inplace_add.6 :: int64
|
del $422inplace_add.6
|
360:
bad_tri_indicator_arr[jth_nbr_idx] = True
$const426.7 = const(bool, True) :: bool
|
bad_tri_indicator_arr[jth_nbr_idx] = $const426.7 :: (array(bool, 1d, C), int64, bool) -> none
|
del jth_nbr_idx
|
del $const426.7
|
jump 731
|
361:
else:
362:
# i.e. the j'th neighbour is a boundary triangle
363:
if ic_boundary_tri_end >= ic_len_boundary_tri:
label 436
|
del jth_nbr_idx
|
del $330compare_op.96
|
$440compare_op.3 = ic_boundary_tri_end >= ic_len_boundary_tri :: bool
|
branch $440compare_op.3, 446, 510
|
364:
temp_arr2 = np.empty(
label 446
|
del $440compare_op.3
|
$446load_global.1 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$448load_attr.2 = getattr(value=$446load_global.1, attr=empty) :: Function(<built-in function empty>)
|
del $446load_global.1
|
365:
2*ic_len_boundary_tri,
$const450.3 = const(int, 2) :: Literal[int](2)
|
$454binary_multiply.5 = $const450.3 * ic_len_boundary_tri :: int64
|
del $const450.3
|
366:
dtype=np.int64
$456load_global.6 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$458load_attr.7 = getattr(value=$456load_global.6, attr=int64) :: class(int64)
|
del $456load_global.6
|
$462call_function_kw.9 = call $448load_attr.2($454binary_multiply.5, func=$448load_attr.2, args=[Var($454binary_multiply.5, final_2D_robust_multidimarr.py:365)], kws=[('dtype', Var($458load_attr.7, final_2D_robust_multidimarr.py:366))], vararg=None) :: (int64, class(int64)) -> array(int64, 1d, C)
|
del $458load_attr.7
|
del $454binary_multiply.5
|
del $448load_attr.2
|
temp_arr2 = $462call_function_kw.9 :: array(int64, 1d, C)
|
del $462call_function_kw.9
|
367:
)
368:
for l in range(ic_boundary_tri_end):
jump 466
|
label 466
|
$468load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$472call_function.3 = call $468load_global.1(ic_boundary_tri_end, func=$468load_global.1, args=[Var(ic_boundary_tri_end, final_2D_robust_multidimarr.py:315)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $468load_global.1
|
$474get_iter.4 = getiter(value=$472call_function.3) :: range_iter_int64
|
del $472call_function.3
|
$phi476.1 = $474get_iter.4 :: range_iter_int64
|
del $474get_iter.4
|
jump 476
|
label 476
|
$476for_iter.2 = iternext(value=$phi476.1) :: pair<int64, bool>
|
$476for_iter.3 = pair_first(value=$476for_iter.2) :: int64
|
$476for_iter.4 = pair_second(value=$476for_iter.2) :: bool
|
del $476for_iter.2
|
$phi478.2 = $476for_iter.3 :: int64
|
del $476for_iter.3
|
branch $476for_iter.4, 478, 496
|
label 478
|
del $476for_iter.4
|
l = $phi478.2 :: int64
|
del $phi478.2
|
369:
temp_arr2[l] = ic_boundary_tri[l]
$484binary_subscr.5 = getitem(value=ic_boundary_tri, index=l) :: int64
|
temp_arr2[l] = $484binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del l
|
del $484binary_subscr.5
|
jump 476
|
label 496
|
370:
ic_len_boundary_tri = 2*ic_len_boundary_tri
del ic_boundary_tri
|
del $phi478.2
|
del $phi476.1
|
del $476for_iter.4
|
jump 498
|
label 498
|
$const498.1 = const(int, 2) :: Literal[int](2)
|
$502binary_multiply.3 = $const498.1 * ic_len_boundary_tri :: int64
|
del $const498.1
|
ic_len_boundary_tri = $502binary_multiply.3 :: int64
|
del $502binary_multiply.3
|
371:
ic_boundary_tri = temp_arr2
ic_boundary_tri = temp_arr2 :: array(int64, 1d, C)
|
del temp_arr2
|
372:
373:
ic_boundary_tri[ic_boundary_tri_end] = neighbour_ID[
jump 510
|
label 510
|
374:
t_index, j]
del $440compare_op.3
|
$516build_tuple.4 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:311), Var(j, final_2D_robust_multidimarr.py:329)]) :: UniTuple(int64 x 2)
|
$518binary_subscr.5 = getitem(value=neighbour_ID, index=$516build_tuple.4) :: int64
|
del $516build_tuple.4
|
ic_boundary_tri[ic_boundary_tri_end] = $518binary_subscr.5 :: (array(int64, 1d, C), int64, int64) -> none
|
del $518binary_subscr.5
|
375:
ic_boundary_tri_end += 1
$const528.9 = const(int, 1) :: Literal[int](1)
|
$530inplace_add.10 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=ic_boundary_tri_end, rhs=$const528.9, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const528.9
|
ic_boundary_tri_end = $530inplace_add.10 :: int64
|
del $530inplace_add.10
|
376:
377:
# Storing the vertices of t_index that lie on the boundary
378:
if ic_boundary_vtx_end >= ic_len_boundary_vtx:
$538compare_op.13 = ic_boundary_vtx_end >= ic_len_boundary_vtx :: bool
|
branch $538compare_op.13, 544, 640
|
379:
temp_arr3 = np.empty(
label 544
|
del $538compare_op.13
|
$544load_global.1 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$546load_attr.2 = getattr(value=$544load_global.1, attr=empty) :: Function(<built-in function empty>)
|
del $544load_global.1
|
380:
shape=(2*ic_len_boundary_vtx, 2),
$const548.3 = const(int, 2) :: Literal[int](2)
|
$552binary_multiply.5 = $const548.3 * ic_len_boundary_vtx :: int64
|
del $const548.3
|
$const554.6 = const(int, 2) :: Literal[int](2)
|
$556build_tuple.7 = build_tuple(items=[Var($552binary_multiply.5, final_2D_robust_multidimarr.py:380), Var($const554.6, final_2D_robust_multidimarr.py:380)]) :: Tuple(int64, Literal[int](2))
|
del $const554.6
|
del $552binary_multiply.5
|
381:
dtype=np.int64
$558load_global.8 = global(np: <module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>) :: Module(<module 'numpy' from '/home/rohan/miniconda3/envs/py37/lib/python3.7/site-packages/numpy/__init__.py'>)
|
$560load_attr.9 = getattr(value=$558load_global.8, attr=int64) :: class(int64)
|
del $558load_global.8
|
$564call_function_kw.11 = call $546load_attr.2(func=$546load_attr.2, args=[], kws=[('shape', Var($556build_tuple.7, final_2D_robust_multidimarr.py:380)), ('dtype', Var($560load_attr.9, final_2D_robust_multidimarr.py:381))], vararg=None) :: (Tuple(int64, Literal[int](2)), class(int64)) -> array(int64, 2d, C)
|
del $560load_attr.9
|
del $556build_tuple.7
|
del $546load_attr.2
|
temp_arr3 = $564call_function_kw.11 :: array(int64, 2d, C)
|
del $564call_function_kw.11
|
382:
)
383:
for l in range(ic_boundary_vtx_end):
jump 568
|
label 568
|
$570load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$574call_function.3 = call $570load_global.1(ic_boundary_vtx_end, func=$570load_global.1, args=[Var(ic_boundary_vtx_end, final_2D_robust_multidimarr.py:318)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $570load_global.1
|
$576get_iter.4 = getiter(value=$574call_function.3) :: range_iter_int64
|
del $574call_function.3
|
$phi578.1 = $576get_iter.4 :: range_iter_int64
|
del $576get_iter.4
|
jump 578
|
label 578
|
$578for_iter.2 = iternext(value=$phi578.1) :: pair<int64, bool>
|
$578for_iter.3 = pair_first(value=$578for_iter.2) :: int64
|
$578for_iter.4 = pair_second(value=$578for_iter.2) :: bool
|
del $578for_iter.2
|
$phi580.2 = $578for_iter.3 :: int64
|
del $578for_iter.3
|
branch $578for_iter.4, 580, 626
|
label 580
|
del $578for_iter.4
|
l = $phi580.2 :: int64
|
del $phi580.2
|
384:
temp_arr3[l, 0] = ic_boundary_vtx[l, 0]
$const586.5 = const(int, 0) :: Literal[int](0)
|
$588build_tuple.6 = build_tuple(items=[Var(l, final_2D_robust_multidimarr.py:353), Var($const586.5, final_2D_robust_multidimarr.py:384)]) :: Tuple(int64, Literal[int](0))
|
del $const586.5
|
$590binary_subscr.7 = getitem(value=ic_boundary_vtx, index=$588build_tuple.6) :: int64
|
del $588build_tuple.6
|
$const596.10 = const(int, 0) :: Literal[int](0)
|
$598build_tuple.11 = build_tuple(items=[Var(l, final_2D_robust_multidimarr.py:353), Var($const596.10, final_2D_robust_multidimarr.py:384)]) :: Tuple(int64, Literal[int](0))
|
del $const596.10
|
temp_arr3[$598build_tuple.11] = $590binary_subscr.7 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $598build_tuple.11
|
del $590binary_subscr.7
|
385:
temp_arr3[l, 1] = ic_boundary_vtx[l, 1]
$const606.14 = const(int, 1) :: Literal[int](1)
|
$608build_tuple.15 = build_tuple(items=[Var(l, final_2D_robust_multidimarr.py:353), Var($const606.14, final_2D_robust_multidimarr.py:385)]) :: Tuple(int64, Literal[int](1))
|
del $const606.14
|
$610binary_subscr.16 = getitem(value=ic_boundary_vtx, index=$608build_tuple.15) :: int64
|
del $608build_tuple.15
|
$const616.19 = const(int, 1) :: Literal[int](1)
|
$618build_tuple.20 = build_tuple(items=[Var(l, final_2D_robust_multidimarr.py:353), Var($const616.19, final_2D_robust_multidimarr.py:385)]) :: Tuple(int64, Literal[int](1))
|
del l
|
del $const616.19
|
temp_arr3[$618build_tuple.20] = $610binary_subscr.16 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $618build_tuple.20
|
del $610binary_subscr.16
|
jump 578
|
label 626
|
386:
ic_len_boundary_vtx = 2*ic_len_boundary_vtx
del ic_boundary_vtx
|
del $phi580.2
|
del $phi578.1
|
del $578for_iter.4
|
jump 628
|
label 628
|
$const628.1 = const(int, 2) :: Literal[int](2)
|
$632binary_multiply.3 = $const628.1 * ic_len_boundary_vtx :: int64
|
del $const628.1
|
ic_len_boundary_vtx = $632binary_multiply.3 :: int64
|
del $632binary_multiply.3
|
387:
ic_boundary_vtx = temp_arr3
ic_boundary_vtx = temp_arr3 :: array(int64, 2d, C)
|
del temp_arr3
|
388:
389:
ic_boundary_vtx[ic_boundary_vtx_end, 0] = vertices_ID[
jump 640
|
label 640
|
390:
t_index, (j+1) % 3]
del $538compare_op.13
|
$const646.4 = const(int, 1) :: Literal[int](1)
|
$648binary_add.5 = j + $const646.4 :: int64
|
del $const646.4
|
$const650.6 = const(int, 3) :: Literal[int](3)
|
$652binary_modulo.7 = $648binary_add.5 % $const650.6 :: int64
|
del $const650.6
|
del $648binary_add.5
|
$654build_tuple.8 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:311), Var($652binary_modulo.7, final_2D_robust_multidimarr.py:390)]) :: UniTuple(int64 x 2)
|
del $652binary_modulo.7
|
$656binary_subscr.9 = getitem(value=vertices_ID, index=$654build_tuple.8) :: int64
|
del $654build_tuple.8
|
$const662.12 = const(int, 0) :: Literal[int](0)
|
$664build_tuple.13 = build_tuple(items=[Var(ic_boundary_vtx_end, final_2D_robust_multidimarr.py:318), Var($const662.12, final_2D_robust_multidimarr.py:390)]) :: Tuple(int64, Literal[int](0))
|
del $const662.12
|
ic_boundary_vtx[$664build_tuple.13] = $656binary_subscr.9 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $664build_tuple.13
|
del $656binary_subscr.9
|
391:
ic_boundary_vtx[ic_boundary_vtx_end, 1] = vertices_ID[
392:
t_index, (j+2) % 3]
$const674.17 = const(int, 2) :: Literal[int](2)
|
$676binary_add.18 = j + $const674.17 :: int64
|
del j
|
del $const674.17
|
$const678.19 = const(int, 3) :: Literal[int](3)
|
$680binary_modulo.20 = $676binary_add.18 % $const678.19 :: int64
|
del $const678.19
|
del $676binary_add.18
|
$682build_tuple.21 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:311), Var($680binary_modulo.20, final_2D_robust_multidimarr.py:392)]) :: UniTuple(int64 x 2)
|
del $680binary_modulo.20
|
$684binary_subscr.22 = getitem(value=vertices_ID, index=$682build_tuple.21) :: int64
|
del $682build_tuple.21
|
$const690.25 = const(int, 1) :: Literal[int](1)
|
$692build_tuple.26 = build_tuple(items=[Var(ic_boundary_vtx_end, final_2D_robust_multidimarr.py:318), Var($const690.25, final_2D_robust_multidimarr.py:392)]) :: Tuple(int64, Literal[int](1))
|
del $const690.25
|
ic_boundary_vtx[$692build_tuple.26] = $684binary_subscr.22 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $692build_tuple.26
|
del $684binary_subscr.22
|
393:
394:
ic_boundary_vtx_end += 1
$const698.28 = const(int, 1) :: Literal[int](1)
|
$700inplace_add.29 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=ic_boundary_vtx_end, rhs=$const698.28, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const698.28
|
ic_boundary_vtx_end = $700inplace_add.29 :: int64
|
del $700inplace_add.29
|
jump 731
|
label 706
|
395:
396:
ic_idx += 1
del t_index
|
del $phi112.1
|
del $phi108.0
|
del $108for_iter.3
|
jump 708
|
label 708
|
$const710.1 = const(int, 1) :: Literal[int](1)
|
$712inplace_add.2 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=ic_idx, rhs=$const710.1, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const710.1
|
ic_idx = $712inplace_add.2 :: int64
|
del $712inplace_add.2
|
397:
398:
if ic_idx == ic_bad_tri_end:
$720compare_op.5 = ic_idx == ic_bad_tri_end.1 :: bool
|
branch $720compare_op.5, 724, 88
|
399:
break
label 724
|
del vertices_ID
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del static_filter_o2d
|
del static_filter_i2d
|
del splitter
|
del resulterrbound
|
del points
|
del point_id
|
del orient2d_count
|
del neighbour_ID
|
del incircle_count
|
del iccerrboundC
|
del iccerrboundB
|
del iccerrboundA
|
del ic_len_boundary_vtx
|
del ic_len_boundary_tri
|
del ic_len_bad_tri
|
del ic_idx
|
del ic_boundary_vtx_end
|
del gv
|
del fin2
|
del fin1
|
del cyyab
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cyab
|
del cxxab
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cxab
|
del cdet
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del cc
|
del catt
|
del cat
|
del ca
|
del byyca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del byca
|
del bxxca
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bxca
|
del bdet
|
del bctt
|
del bct
|
del bc
|
del bb
|
del bad_tri_indicator_arr
|
del ayybc
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del aybc
|
del axxbc
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del axbc
|
del adet
|
del abtt
|
del abt
|
del abdet
|
del ab
|
del aa
|
del D
|
del C2
|
del C1
|
del B
|
del $720compare_op.5
|
jump 730
|
400:
401:
return ic_bad_tri, ic_bad_tri_end, ic_boundary_tri, \
label 730
|
402:
ic_boundary_tri_end, ic_boundary_vtx
$740build_tuple.5 = build_tuple(items=[Var(ic_bad_tri, final_2D_robust_multidimarr.py:311), Var(ic_bad_tri_end.1, final_2D_robust_multidimarr.py:323), Var(ic_boundary_tri, final_2D_robust_multidimarr.py:311), Var(ic_boundary_tri_end, final_2D_robust_multidimarr.py:315), Var(ic_boundary_vtx, final_2D_robust_multidimarr.py:311)]) :: Tuple(array(int64, 1d, C), int64, array(int64, 1d, C), int64, array(int64, 2d, C))
|
del ic_boundary_vtx
|
del ic_boundary_tri_end
|
del ic_boundary_tri
|
del ic_bad_tri_end.1
|
del ic_bad_tri
|
$742return_value.6 = cast(value=$740build_tuple.5) :: Tuple(array(int64, 1d, C), int64, array(int64, 1d, C), int64, array(int64, 2d, C))
|
del $740build_tuple.5
|
return $742return_value.6
|
405:
@njit
| ||||||||||||||||||||||||||||||||||||
406:
def _make_Delaunay_ball(
| ||||||||||||||||||||||||||||||||||||
407:
point_id, bad_tri, bad_tri_end, boundary_tri, boundary_tri_end,
| ||||||||||||||||||||||||||||||||||||
408:
boundary_vtx, points, neighbour_ID, vertices_ID, num_tri, gv):
| ||||||||||||||||||||||||||||||||||||
409:
'''
| ||||||||||||||||||||||||||||||||||||
410:
Joins all the vertices on the boundary to the new point, and forms
| ||||||||||||||||||||||||||||||||||||
411:
the corresponding triangles along with their adjacencies. Returns the index
| ||||||||||||||||||||||||||||||||||||
412:
of a new triangle, to be used as the starting point of the next walk.
| ||||||||||||||||||||||||||||||||||||
413:
| ||||||||||||||||||||||||||||||||||||
414:
point_id : The index corresponding to the points array of the point to
| ||||||||||||||||||||||||||||||||||||
415:
be inserted into the triangulation.
| ||||||||||||||||||||||||||||||||||||
416:
bad_tri : The list of tri whose circumcircle contains point_id.
| ||||||||||||||||||||||||||||||||||||
417:
boundary_tri : The list of triangles lying on the boundary of the cavity
| ||||||||||||||||||||||||||||||||||||
418:
formed by the bad triangles.
| ||||||||||||||||||||||||||||||||||||
419:
boundary_vtx : The vertices lying on the boundary of the cavity formed by
| ||||||||||||||||||||||||||||||||||||
420:
all the bad triangles.
| ||||||||||||||||||||||||||||||||||||
421:
points : The global array storing the co-ordinates of all the points
| ||||||||||||||||||||||||||||||||||||
422:
to be triangulated.
| ||||||||||||||||||||||||||||||||||||
423:
'''
| ||||||||||||||||||||||||||||||||||||
424:
| ||||||||||||||||||||||||||||||||||||
425:
# populating the cavity with new triangles
| ||||||||||||||||||||||||||||||||||||
|
label 0
|
point_id = arg(0, name=point_id) :: int64
|
bad_tri = arg(1, name=bad_tri) :: array(int64, 1d, C)
|
bad_tri_end = arg(2, name=bad_tri_end) :: int64
|
boundary_tri = arg(3, name=boundary_tri) :: array(int64, 1d, C)
|
boundary_tri_end = arg(4, name=boundary_tri_end) :: int64
|
boundary_vtx = arg(5, name=boundary_vtx) :: array(int64, 2d, C)
|
points = arg(6, name=points) :: array(float64, 2d, C)
|
del points
|
neighbour_ID = arg(7, name=neighbour_ID) :: array(int64, 2d, C)
|
vertices_ID = arg(8, name=vertices_ID) :: array(int64, 2d, C)
|
num_tri = arg(9, name=num_tri) :: int64
|
gv = arg(10, name=gv) :: int64
|
del gv
|
jump 2
|
label 2
|
$4load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$8call_function.2 = call $4load_global.0(boundary_tri_end, func=$4load_global.0, args=[Var(boundary_tri_end, final_2D_robust_multidimarr.py:426)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $4load_global.0
|
$10get_iter.3 = getiter(value=$8call_function.2) :: range_iter_int64
|
del $8call_function.2
|
$phi12.0 = $10get_iter.3 :: range_iter_int64
|
del $10get_iter.3
|
jump 12
|
label 12
|
$12for_iter.1 = iternext(value=$phi12.0) :: pair<int64, bool>
|
$12for_iter.2 = pair_first(value=$12for_iter.1) :: int64
|
$12for_iter.3 = pair_second(value=$12for_iter.1) :: bool
|
del $12for_iter.1
|
$phi14.1 = $12for_iter.2 :: int64
|
del $12for_iter.2
|
branch $12for_iter.3, 14, 144
|
label 14
|
del $12for_iter.3
|
i = $phi14.1 :: int64
|
del $phi14.1
|
427:
if i < bad_tri_end:
$20compare_op.4 = i < bad_tri_end :: bool
|
branch $20compare_op.4, 24, 34
|
428:
t_index = bad_tri[i]
label 24
|
del $20compare_op.4
|
$28binary_subscr.3 = getitem(value=bad_tri, index=i) :: int64
|
t_index = $28binary_subscr.3 :: int64
|
del $28binary_subscr.3
|
jump 46
|
429:
else:
430:
t_index = num_tri
label 34
|
del $20compare_op.4
|
t_index = num_tri :: int64
|
431:
num_tri += 1
$const40.3 = const(int, 1) :: Literal[int](1)
|
$42inplace_add.4 = inplace_binop(fn=<built-in function iadd>, immutable_fn=<built-in function add>, lhs=num_tri, rhs=$const40.3, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const40.3
|
num_tri = $42inplace_add.4 :: int64
|
del $42inplace_add.4
|
432:
433:
t_info = boundary_tri[i]
jump 46
|
label 46
|
$50binary_subscr.3 = getitem(value=boundary_tri, index=i) :: int64
|
t_info = $50binary_subscr.3 :: int64
|
del $50binary_subscr.3
|
434:
neighbour_ID[t_index, 0] = t_info
$const60.7 = const(int, 0) :: Literal[int](0)
|
$62build_tuple.8 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:428), Var($const60.7, final_2D_robust_multidimarr.py:434)]) :: Tuple(int64, Literal[int](0))
|
del $const60.7
|
neighbour_ID[$62build_tuple.8] = t_info :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $62build_tuple.8
|
435:
vertices_ID[t_index, 0] = point_id
$const72.12 = const(int, 0) :: Literal[int](0)
|
$74build_tuple.13 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:428), Var($const72.12, final_2D_robust_multidimarr.py:435)]) :: Tuple(int64, Literal[int](0))
|
del $const72.12
|
vertices_ID[$74build_tuple.13] = point_id :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $74build_tuple.13
|
436:
vertices_ID[t_index, 1] = boundary_vtx[i, 0]
$const82.16 = const(int, 0) :: Literal[int](0)
|
$84build_tuple.17 = build_tuple(items=[Var(i, final_2D_robust_multidimarr.py:426), Var($const82.16, final_2D_robust_multidimarr.py:436)]) :: Tuple(int64, Literal[int](0))
|
del $const82.16
|
$86binary_subscr.18 = getitem(value=boundary_vtx, index=$84build_tuple.17) :: int64
|
del $84build_tuple.17
|
$const92.21 = const(int, 1) :: Literal[int](1)
|
$94build_tuple.22 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:428), Var($const92.21, final_2D_robust_multidimarr.py:436)]) :: Tuple(int64, Literal[int](1))
|
del $const92.21
|
vertices_ID[$94build_tuple.22] = $86binary_subscr.18 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $94build_tuple.22
|
del $86binary_subscr.18
|
437:
vertices_ID[t_index, 2] = boundary_vtx[i, 1]
$const102.25 = const(int, 1) :: Literal[int](1)
|
$104build_tuple.26 = build_tuple(items=[Var(i, final_2D_robust_multidimarr.py:426), Var($const102.25, final_2D_robust_multidimarr.py:437)]) :: Tuple(int64, Literal[int](1))
|
del i
|
del $const102.25
|
$106binary_subscr.27 = getitem(value=boundary_vtx, index=$104build_tuple.26) :: int64
|
del $104build_tuple.26
|
$const112.30 = const(int, 2) :: Literal[int](2)
|
$114build_tuple.31 = build_tuple(items=[Var(t_index, final_2D_robust_multidimarr.py:428), Var($const112.30, final_2D_robust_multidimarr.py:437)]) :: Tuple(int64, Literal[int](2))
|
del $const112.30
|
vertices_ID[$114build_tuple.31] = $106binary_subscr.27 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $114build_tuple.31
|
del $106binary_subscr.27
|
438:
neighbour_ID[t_info//3, t_info % 3] = 3*t_index
$const118.32 = const(int, 3) :: Literal[int](3)
|
$122binary_multiply.34 = $const118.32 * t_index :: int64
|
del t_index
|
del $const118.32
|
$const128.37 = const(int, 3) :: Literal[int](3)
|
$130binary_floor_divide.38 = t_info // $const128.37 :: int64
|
del $const128.37
|
$const134.40 = const(int, 3) :: Literal[int](3)
|
$136binary_modulo.41 = t_info % $const134.40 :: int64
|
del t_info
|
del $const134.40
|
$138build_tuple.42 = build_tuple(items=[Var($130binary_floor_divide.38, final_2D_robust_multidimarr.py:438), Var($136binary_modulo.41, final_2D_robust_multidimarr.py:438)]) :: UniTuple(int64 x 2)
|
del $136binary_modulo.41
|
del $130binary_floor_divide.38
|
neighbour_ID[$138build_tuple.42] = $122binary_multiply.34 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $138build_tuple.42
|
del $122binary_multiply.34
|
jump 12
|
label 144
|
439:
440:
for i in range(boundary_tri_end):
del point_id
|
del boundary_vtx
|
del boundary_tri
|
del $phi14.1
|
del $phi12.0
|
del $12for_iter.3
|
jump 146
|
label 146
|
$148load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$152call_function.2 = call $148load_global.0(boundary_tri_end, func=$148load_global.0, args=[Var(boundary_tri_end, final_2D_robust_multidimarr.py:426)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $148load_global.0
|
$154get_iter.3 = getiter(value=$152call_function.2) :: range_iter_int64
|
del $152call_function.2
|
$phi156.0 = $154get_iter.3 :: range_iter_int64
|
del $154get_iter.3
|
jump 156
|
label 156
|
$156for_iter.1 = iternext(value=$phi156.0) :: pair<int64, bool>
|
$156for_iter.2 = pair_first(value=$156for_iter.1) :: int64
|
$156for_iter.3 = pair_second(value=$156for_iter.1) :: bool
|
del $156for_iter.1
|
$phi158.1 = $156for_iter.2 :: int64
|
del $156for_iter.2
|
branch $156for_iter.3, 158, 306
|
label 158
|
del $156for_iter.3
|
i = $phi158.1 :: int64
|
del $phi158.1
|
441:
if i < bad_tri_end:
$164compare_op.4 = i < bad_tri_end :: bool
|
branch $164compare_op.4, 168, 178
|
442:
t1 = bad_tri[i]
label 168
|
del $164compare_op.4
|
$172binary_subscr.3 = getitem(value=bad_tri, index=i) :: int64
|
del i
|
t1 = $172binary_subscr.3 :: int64
|
del $172binary_subscr.3
|
jump 190
|
443:
else:
444:
t1 = num_tri - (boundary_tri_end-i)
label 178
|
del $164compare_op.4
|
$184binary_subtract.4 = boundary_tri_end - i :: int64
|
del i
|
$186binary_subtract.5 = num_tri - $184binary_subtract.4 :: int64
|
del $184binary_subtract.4
|
t1 = $186binary_subtract.5 :: int64
|
del $186binary_subtract.5
|
445:
for j in range(boundary_tri_end):
jump 190
|
label 190
|
$192load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$196call_function.3 = call $192load_global.1(boundary_tri_end, func=$192load_global.1, args=[Var(boundary_tri_end, final_2D_robust_multidimarr.py:426)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $192load_global.1
|
$198get_iter.4 = getiter(value=$196call_function.3) :: range_iter_int64
|
del $196call_function.3
|
$phi200.1 = $198get_iter.4 :: range_iter_int64
|
del $198get_iter.4
|
jump 200
|
label 200
|
del t2
|
del $254compare_op.12
|
$200for_iter.2 = iternext(value=$phi200.1) :: pair<int64, bool>
|
$200for_iter.3 = pair_first(value=$200for_iter.2) :: int64
|
$200for_iter.4 = pair_second(value=$200for_iter.2) :: bool
|
del $200for_iter.2
|
$phi202.2 = $200for_iter.3 :: int64
|
del $200for_iter.3
|
branch $200for_iter.4, 202, 302
|
label 202
|
del $200for_iter.4
|
j = $phi202.2 :: int64
|
del $phi202.2
|
446:
if j < bad_tri_end:
$208compare_op.5 = j < bad_tri_end :: bool
|
branch $208compare_op.5, 212, 222
|
447:
t2 = bad_tri[j]
label 212
|
del $208compare_op.5
|
$216binary_subscr.4 = getitem(value=bad_tri, index=j) :: int64
|
del j
|
t2 = $216binary_subscr.4 :: int64
|
del $216binary_subscr.4
|
jump 234
|
448:
else:
449:
t2 = num_tri - (boundary_tri_end-j)
label 222
|
del $208compare_op.5
|
$228binary_subtract.5 = boundary_tri_end - j :: int64
|
del j
|
$230binary_subtract.6 = num_tri - $228binary_subtract.5 :: int64
|
del $228binary_subtract.5
|
t2 = $230binary_subtract.6 :: int64
|
del $230binary_subtract.6
|
450:
if vertices_ID[t1, 1] == vertices_ID[t2, 2]:
jump 234
|
label 234
|
$const238.4 = const(int, 1) :: Literal[int](1)
|
$240build_tuple.5 = build_tuple(items=[Var(t1, final_2D_robust_multidimarr.py:442), Var($const238.4, final_2D_robust_multidimarr.py:450)]) :: Tuple(int64, Literal[int](1))
|
del $const238.4
|
$242binary_subscr.6 = getitem(value=vertices_ID, index=$240build_tuple.5) :: int64
|
del $240build_tuple.5
|
$const248.9 = const(int, 2) :: Literal[int](2)
|
$250build_tuple.10 = build_tuple(items=[Var(t2, final_2D_robust_multidimarr.py:447), Var($const248.9, final_2D_robust_multidimarr.py:450)]) :: Tuple(int64, Literal[int](2))
|
del $const248.9
|
$252binary_subscr.11 = getitem(value=vertices_ID, index=$250build_tuple.10) :: int64
|
del $250build_tuple.10
|
$254compare_op.12 = $242binary_subscr.6 == $252binary_subscr.11 :: bool
|
del $252binary_subscr.11
|
del $242binary_subscr.6
|
branch $254compare_op.12, 258, 200
|
451:
neighbour_ID[t1, 2] = 3*t2+1
label 258
|
del $phi200.1
|
del $254compare_op.12
|
$const258.2 = const(int, 3) :: Literal[int](3)
|
$262binary_multiply.4 = $const258.2 * t2 :: int64
|
del $const258.2
|
$const264.5 = const(int, 1) :: Literal[int](1)
|
$266binary_add.6 = $262binary_multiply.4 + $const264.5 :: int64
|
del $const264.5
|
del $262binary_multiply.4
|
$const272.9 = const(int, 2) :: Literal[int](2)
|
$274build_tuple.10 = build_tuple(items=[Var(t1, final_2D_robust_multidimarr.py:442), Var($const272.9, final_2D_robust_multidimarr.py:451)]) :: Tuple(int64, Literal[int](2))
|
del $const272.9
|
neighbour_ID[$274build_tuple.10] = $266binary_add.6 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $274build_tuple.10
|
del $266binary_add.6
|
452:
neighbour_ID[t2, 1] = 3*t1+2
$const278.11 = const(int, 3) :: Literal[int](3)
|
$282binary_multiply.13 = $const278.11 * t1 :: int64
|
del t1
|
del $const278.11
|
$const284.14 = const(int, 2) :: Literal[int](2)
|
$286binary_add.15 = $282binary_multiply.13 + $const284.14 :: int64
|
del $const284.14
|
del $282binary_multiply.13
|
$const292.18 = const(int, 1) :: Literal[int](1)
|
$294build_tuple.19 = build_tuple(items=[Var(t2, final_2D_robust_multidimarr.py:447), Var($const292.18, final_2D_robust_multidimarr.py:452)]) :: Tuple(int64, Literal[int](1))
|
del t2
|
del $const292.18
|
neighbour_ID[$294build_tuple.19] = $286binary_add.15 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $294build_tuple.19
|
del $286binary_add.15
|
453:
break
jump 304
|
label 302
|
del t1
|
del $phi202.2
|
del $phi200.1
|
del $200for_iter.4
|
jump 304
|
label 304
|
jump 156
|
label 306
|
454:
455:
old_tri = bad_tri[bad_tri_end-1]
del $phi158.1
|
del $phi156.0
|
del $156for_iter.3
|
jump 308
|
label 308
|
$const312.2 = const(int, 1) :: Literal[int](1)
|
$314binary_subtract.3 = bad_tri_end - $const312.2 :: int64
|
del $const312.2
|
$316binary_subscr.4 = getitem(value=bad_tri, index=$314binary_subtract.3) :: int64
|
del $314binary_subtract.3
|
old_tri = $316binary_subscr.4 :: int64
|
del $316binary_subscr.4
|
456:
457:
if boundary_tri_end < bad_tri_end:
$324compare_op.7 = boundary_tri_end < bad_tri_end :: bool
|
branch $324compare_op.7, 330, 716
|
458:
old_tri = bad_tri[boundary_tri_end-1]
label 330
|
del $324compare_op.7
|
$const334.2 = const(int, 1) :: Literal[int](1)
|
$336binary_subtract.3 = boundary_tri_end - $const334.2 :: int64
|
del $const334.2
|
$338binary_subscr.4 = getitem(value=bad_tri, index=$336binary_subtract.3) :: int64
|
del $336binary_subtract.3
|
old_tri = $338binary_subscr.4 :: int64
|
del $338binary_subscr.4
|
459:
for k in range(boundary_tri_end, bad_tri_end):
jump 342
|
label 342
|
$346load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$352call_function.3 = call $346load_global.0(boundary_tri_end, bad_tri_end, func=$346load_global.0, args=[Var(boundary_tri_end, final_2D_robust_multidimarr.py:426), Var(bad_tri_end, final_2D_robust_multidimarr.py:426)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del boundary_tri_end
|
del $346load_global.0
|
$354get_iter.4 = getiter(value=$352call_function.3) :: range_iter_int64
|
del $352call_function.3
|
$phi356.0 = $354get_iter.4 :: range_iter_int64
|
del $354get_iter.4
|
jump 356
|
label 356
|
$356for_iter.1 = iternext(value=$phi356.0) :: pair<int64, bool>
|
$356for_iter.2 = pair_first(value=$356for_iter.1) :: int64
|
$356for_iter.3 = pair_second(value=$356for_iter.1) :: bool
|
del $356for_iter.1
|
$phi360.1 = $356for_iter.2 :: int64
|
del $356for_iter.2
|
branch $356for_iter.3, 360, 714
|
label 360
|
del $356for_iter.3
|
k = $phi360.1 :: int64
|
del $phi360.1
|
460:
tri = bad_tri[k]
$366binary_subscr.4 = getitem(value=bad_tri, index=k) :: int64
|
tri = $366binary_subscr.4 :: int64
|
del $366binary_subscr.4
|
461:
for t in range(tri, num_tri):
jump 370
|
label 370
|
$372load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$378call_function.4 = call $372load_global.1(tri, num_tri, func=$372load_global.1, args=[Var(tri, final_2D_robust_multidimarr.py:460), Var(num_tri, final_2D_robust_multidimarr.py:426)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del $372load_global.1
|
$380get_iter.5 = getiter(value=$378call_function.4) :: range_iter_int64
|
del $378call_function.4
|
$phi382.1 = $380get_iter.5 :: range_iter_int64
|
del $380get_iter.5
|
jump 382
|
label 382
|
$382for_iter.2 = iternext(value=$phi382.1) :: pair<int64, bool>
|
$382for_iter.3 = pair_first(value=$382for_iter.2) :: int64
|
$382for_iter.4 = pair_second(value=$382for_iter.2) :: bool
|
del $382for_iter.2
|
$phi384.2 = $382for_iter.3 :: int64
|
del $382for_iter.3
|
branch $382for_iter.4, 384, 534
|
label 384
|
del $382for_iter.4
|
t = $phi384.2 :: int64
|
del $phi384.2
|
462:
vertices_ID[t, 0] = vertices_ID[t+1, 0]
$const390.5 = const(int, 1) :: Literal[int](1)
|
$392binary_add.6 = t + $const390.5 :: int64
|
del $const390.5
|
$const394.7 = const(int, 0) :: Literal[int](0)
|
$396build_tuple.8 = build_tuple(items=[Var($392binary_add.6, final_2D_robust_multidimarr.py:462), Var($const394.7, final_2D_robust_multidimarr.py:462)]) :: Tuple(int64, Literal[int](0))
|
del $const394.7
|
del $392binary_add.6
|
$398binary_subscr.9 = getitem(value=vertices_ID, index=$396build_tuple.8) :: int64
|
del $396build_tuple.8
|
$const404.12 = const(int, 0) :: Literal[int](0)
|
$406build_tuple.13 = build_tuple(items=[Var(t, final_2D_robust_multidimarr.py:461), Var($const404.12, final_2D_robust_multidimarr.py:462)]) :: Tuple(int64, Literal[int](0))
|
del $const404.12
|
vertices_ID[$406build_tuple.13] = $398binary_subscr.9 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $406build_tuple.13
|
del $398binary_subscr.9
|
463:
vertices_ID[t, 1] = vertices_ID[t+1, 1]
$const414.16 = const(int, 1) :: Literal[int](1)
|
$416binary_add.17 = t + $const414.16 :: int64
|
del $const414.16
|
$const418.18 = const(int, 1) :: Literal[int](1)
|
$420build_tuple.19 = build_tuple(items=[Var($416binary_add.17, final_2D_robust_multidimarr.py:463), Var($const418.18, final_2D_robust_multidimarr.py:463)]) :: Tuple(int64, Literal[int](1))
|
del $const418.18
|
del $416binary_add.17
|
$422binary_subscr.20 = getitem(value=vertices_ID, index=$420build_tuple.19) :: int64
|
del $420build_tuple.19
|
$const428.23 = const(int, 1) :: Literal[int](1)
|
$430build_tuple.24 = build_tuple(items=[Var(t, final_2D_robust_multidimarr.py:461), Var($const428.23, final_2D_robust_multidimarr.py:463)]) :: Tuple(int64, Literal[int](1))
|
del $const428.23
|
vertices_ID[$430build_tuple.24] = $422binary_subscr.20 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $430build_tuple.24
|
del $422binary_subscr.20
|
464:
vertices_ID[t, 2] = vertices_ID[t+1, 2]
$const438.27 = const(int, 1) :: Literal[int](1)
|
$440binary_add.28 = t + $const438.27 :: int64
|
del $const438.27
|
$const442.29 = const(int, 2) :: Literal[int](2)
|
$444build_tuple.30 = build_tuple(items=[Var($440binary_add.28, final_2D_robust_multidimarr.py:464), Var($const442.29, final_2D_robust_multidimarr.py:464)]) :: Tuple(int64, Literal[int](2))
|
del $const442.29
|
del $440binary_add.28
|
$446binary_subscr.31 = getitem(value=vertices_ID, index=$444build_tuple.30) :: int64
|
del $444build_tuple.30
|
$const452.34 = const(int, 2) :: Literal[int](2)
|
$454build_tuple.35 = build_tuple(items=[Var(t, final_2D_robust_multidimarr.py:461), Var($const452.34, final_2D_robust_multidimarr.py:464)]) :: Tuple(int64, Literal[int](2))
|
del $const452.34
|
vertices_ID[$454build_tuple.35] = $446binary_subscr.31 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $454build_tuple.35
|
del $446binary_subscr.31
|
465:
466:
neighbour_ID[t, 0] = neighbour_ID[t+1, 0]
$const462.38 = const(int, 1) :: Literal[int](1)
|
$464binary_add.39 = t + $const462.38 :: int64
|
del $const462.38
|
$const466.40 = const(int, 0) :: Literal[int](0)
|
$468build_tuple.41 = build_tuple(items=[Var($464binary_add.39, final_2D_robust_multidimarr.py:466), Var($const466.40, final_2D_robust_multidimarr.py:466)]) :: Tuple(int64, Literal[int](0))
|
del $const466.40
|
del $464binary_add.39
|
$470binary_subscr.42 = getitem(value=neighbour_ID, index=$468build_tuple.41) :: int64
|
del $468build_tuple.41
|
$const476.45 = const(int, 0) :: Literal[int](0)
|
$478build_tuple.46 = build_tuple(items=[Var(t, final_2D_robust_multidimarr.py:461), Var($const476.45, final_2D_robust_multidimarr.py:466)]) :: Tuple(int64, Literal[int](0))
|
del $const476.45
|
neighbour_ID[$478build_tuple.46] = $470binary_subscr.42 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $478build_tuple.46
|
del $470binary_subscr.42
|
467:
neighbour_ID[t, 1] = neighbour_ID[t+1, 1]
$const486.49 = const(int, 1) :: Literal[int](1)
|
$488binary_add.50 = t + $const486.49 :: int64
|
del $const486.49
|
$const490.51 = const(int, 1) :: Literal[int](1)
|
$492build_tuple.52 = build_tuple(items=[Var($488binary_add.50, final_2D_robust_multidimarr.py:467), Var($const490.51, final_2D_robust_multidimarr.py:467)]) :: Tuple(int64, Literal[int](1))
|
del $const490.51
|
del $488binary_add.50
|
$494binary_subscr.53 = getitem(value=neighbour_ID, index=$492build_tuple.52) :: int64
|
del $492build_tuple.52
|
$const500.56 = const(int, 1) :: Literal[int](1)
|
$502build_tuple.57 = build_tuple(items=[Var(t, final_2D_robust_multidimarr.py:461), Var($const500.56, final_2D_robust_multidimarr.py:467)]) :: Tuple(int64, Literal[int](1))
|
del $const500.56
|
neighbour_ID[$502build_tuple.57] = $494binary_subscr.53 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $502build_tuple.57
|
del $494binary_subscr.53
|
468:
neighbour_ID[t, 2] = neighbour_ID[t+1, 2]
$const510.60 = const(int, 1) :: Literal[int](1)
|
$512binary_add.61 = t + $const510.60 :: int64
|
del $const510.60
|
$const514.62 = const(int, 2) :: Literal[int](2)
|
$516build_tuple.63 = build_tuple(items=[Var($512binary_add.61, final_2D_robust_multidimarr.py:468), Var($const514.62, final_2D_robust_multidimarr.py:468)]) :: Tuple(int64, Literal[int](2))
|
del $const514.62
|
del $512binary_add.61
|
$518binary_subscr.64 = getitem(value=neighbour_ID, index=$516build_tuple.63) :: int64
|
del $516build_tuple.63
|
$const524.67 = const(int, 2) :: Literal[int](2)
|
$526build_tuple.68 = build_tuple(items=[Var(t, final_2D_robust_multidimarr.py:461), Var($const524.67, final_2D_robust_multidimarr.py:468)]) :: Tuple(int64, Literal[int](2))
|
del t
|
del $const524.67
|
neighbour_ID[$526build_tuple.68] = $518binary_subscr.64 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $526build_tuple.68
|
del $518binary_subscr.64
|
jump 382
|
label 534
|
469:
470:
num_tri -= 1
del $phi384.2
|
del $phi382.1
|
del $382for_iter.4
|
jump 536
|
label 536
|
$const538.2 = const(int, 1) :: Literal[int](1)
|
$540inplace_subtract.3 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=num_tri, rhs=$const538.2, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const538.2
|
num_tri = $540inplace_subtract.3 :: int64
|
del $540inplace_subtract.3
|
471:
472:
for i in range(num_tri):
jump 544
|
label 544
|
$546load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$550call_function.3 = call $546load_global.1(num_tri, func=$546load_global.1, args=[Var(num_tri, final_2D_robust_multidimarr.py:426)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $546load_global.1
|
$552get_iter.4 = getiter(value=$550call_function.3) :: range_iter_int64
|
del $550call_function.3
|
$phi554.1 = $552get_iter.4 :: range_iter_int64
|
del $552get_iter.4
|
jump 554
|
label 554
|
$554for_iter.2 = iternext(value=$phi554.1) :: pair<int64, bool>
|
$554for_iter.3 = pair_first(value=$554for_iter.2) :: int64
|
$554for_iter.4 = pair_second(value=$554for_iter.2) :: bool
|
del $554for_iter.2
|
$phi556.2 = $554for_iter.3 :: int64
|
del $554for_iter.3
|
branch $554for_iter.4, 556, 652
|
label 556
|
del $554for_iter.4
|
i = $phi556.2 :: int64
|
del $phi556.2
|
473:
for j in range(3):
jump 558
|
label 558
|
$560load_global.2 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const562.3 = const(int, 3) :: Literal[int](3)
|
$564call_function.4 = call $560load_global.2($const562.3, func=$560load_global.2, args=[Var($const562.3, final_2D_robust_multidimarr.py:473)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del $const562.3
|
del $560load_global.2
|
$566get_iter.5 = getiter(value=$564call_function.4) :: range_iter_int64
|
del $564call_function.4
|
$phi568.2 = $566get_iter.5 :: range_iter_int64
|
del $566get_iter.5
|
jump 568
|
label 568
|
$568for_iter.3 = iternext(value=$phi568.2) :: pair<int64, bool>
|
$568for_iter.4 = pair_first(value=$568for_iter.3) :: int64
|
$568for_iter.5 = pair_second(value=$568for_iter.3) :: bool
|
del $568for_iter.3
|
$phi570.3 = $568for_iter.4 :: int64
|
del $568for_iter.4
|
branch $568for_iter.5, 570, 646
|
label 570
|
del $568for_iter.5
|
j = $phi570.3 :: int64
|
del $phi570.3
|
label 717
|
del j
|
del $588compare_op.12
|
jump 568
|
474:
if neighbour_ID[i, j]//3 > tri:
$578build_tuple.7 = build_tuple(items=[Var(i, final_2D_robust_multidimarr.py:426), Var(j, final_2D_robust_multidimarr.py:445)]) :: UniTuple(int64 x 2)
|
$580binary_subscr.8 = getitem(value=neighbour_ID, index=$578build_tuple.7) :: int64
|
del $578build_tuple.7
|
$const582.9 = const(int, 3) :: Literal[int](3)
|
$584binary_floor_divide.10 = $580binary_subscr.8 // $const582.9 :: int64
|
del $const582.9
|
del $580binary_subscr.8
|
$588compare_op.12 = $584binary_floor_divide.10 > tri :: bool
|
del $584binary_floor_divide.10
|
branch $588compare_op.12, 594, 717
|
475:
neighbour_ID[i, j] = 3*(neighbour_ID[i, j]//3-1) + \
label 594
|
del $588compare_op.12
|
$const594.3 = const(int, 3) :: Literal[int](3)
|
$602build_tuple.7 = build_tuple(items=[Var(i, final_2D_robust_multidimarr.py:426), Var(j, final_2D_robust_multidimarr.py:445)]) :: UniTuple(int64 x 2)
|
$604binary_subscr.8 = getitem(value=neighbour_ID, index=$602build_tuple.7) :: int64
|
del $602build_tuple.7
|
$const606.9 = const(int, 3) :: Literal[int](3)
|
$608binary_floor_divide.10 = $604binary_subscr.8 // $const606.9 :: int64
|
del $const606.9
|
del $604binary_subscr.8
|
$const610.11 = const(int, 1) :: Literal[int](1)
|
$612binary_subtract.12 = $608binary_floor_divide.10 - $const610.11 :: int64
|
del $const610.11
|
del $608binary_floor_divide.10
|
$614binary_multiply.13 = $const594.3 * $612binary_subtract.12 :: int64
|
del $const594.3
|
del $612binary_subtract.12
|
476:
neighbour_ID[i, j] % 3
$622build_tuple.17 = build_tuple(items=[Var(i, final_2D_robust_multidimarr.py:426), Var(j, final_2D_robust_multidimarr.py:445)]) :: UniTuple(int64 x 2)
|
$624binary_subscr.18 = getitem(value=neighbour_ID, index=$622build_tuple.17) :: int64
|
del $622build_tuple.17
|
$const626.19 = const(int, 3) :: Literal[int](3)
|
$628binary_modulo.20 = $624binary_subscr.18 % $const626.19 :: int64
|
del $const626.19
|
del $624binary_subscr.18
|
$630binary_add.21 = $614binary_multiply.13 + $628binary_modulo.20 :: int64
|
del $628binary_modulo.20
|
del $614binary_multiply.13
|
$638build_tuple.25 = build_tuple(items=[Var(i, final_2D_robust_multidimarr.py:426), Var(j, final_2D_robust_multidimarr.py:445)]) :: UniTuple(int64 x 2)
|
del j
|
neighbour_ID[$638build_tuple.25] = $630binary_add.21 :: (array(int64, 2d, C), UniTuple(int64 x 2), int64) -> none
|
del $638build_tuple.25
|
del $630binary_add.21
|
jump 717
|
label 646
|
del i
|
del $phi570.3
|
del $phi568.2
|
del $568for_iter.5
|
jump 648
|
label 648
|
jump 554
|
label 652
|
477:
478:
for i in range(k+1, bad_tri_end):
del $phi556.2
|
del $phi554.1
|
del $554for_iter.4
|
jump 654
|
label 654
|
$656load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const660.3 = const(int, 1) :: Literal[int](1)
|
$662binary_add.4 = k + $const660.3 :: int64
|
del k
|
del $const660.3
|
$666call_function.6 = call $656load_global.1($662binary_add.4, bad_tri_end, func=$656load_global.1, args=[Var($662binary_add.4, final_2D_robust_multidimarr.py:478), Var(bad_tri_end, final_2D_robust_multidimarr.py:426)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del $662binary_add.4
|
del $656load_global.1
|
$668get_iter.7 = getiter(value=$666call_function.6) :: range_iter_int64
|
del $666call_function.6
|
$phi670.1 = $668get_iter.7 :: range_iter_int64
|
del $668get_iter.7
|
jump 670
|
label 670
|
$670for_iter.2 = iternext(value=$phi670.1) :: pair<int64, bool>
|
$670for_iter.3 = pair_first(value=$670for_iter.2) :: int64
|
$670for_iter.4 = pair_second(value=$670for_iter.2) :: bool
|
del $670for_iter.2
|
$phi672.2 = $670for_iter.3 :: int64
|
del $670for_iter.3
|
branch $670for_iter.4, 672, 708
|
label 672
|
del $670for_iter.4
|
i = $phi672.2 :: int64
|
del $phi672.2
|
label 718
|
del i
|
del $682compare_op.7
|
jump 670
|
479:
if bad_tri[i] > tri:
$678binary_subscr.5 = getitem(value=bad_tri, index=i) :: int64
|
$682compare_op.7 = $678binary_subscr.5 > tri :: bool
|
del $678binary_subscr.5
|
branch $682compare_op.7, 688, 718
|
480:
bad_tri[i] -= 1
label 688
|
del $682compare_op.7
|
$694binary_subscr.6 = getitem(value=bad_tri, index=i) :: int64
|
$const696.7 = const(int, 1) :: Literal[int](1)
|
$698inplace_subtract.8 = inplace_binop(fn=<built-in function isub>, immutable_fn=<built-in function sub>, lhs=$694binary_subscr.6, rhs=$const696.7, static_lhs=Undefined, static_rhs=Undefined) :: int64
|
del $const696.7
|
del $694binary_subscr.6
|
bad_tri[i] = $698inplace_subtract.8 :: (array(int64, 1d, C), int64, int64) -> none
|
del i
|
del $698inplace_subtract.8
|
jump 718
|
label 708
|
del tri
|
del $phi672.2
|
del $phi670.1
|
del $670for_iter.4
|
jump 710
|
label 710
|
jump 356
|
label 714
|
481:
482:
return num_tri, old_tri
del vertices_ID
|
del neighbour_ID
|
del bad_tri_end
|
del bad_tri
|
del $phi360.1
|
del $phi356.0
|
del $356for_iter.3
|
jump 716
|
label 716
|
del vertices_ID
|
del neighbour_ID
|
del boundary_tri_end
|
del bad_tri_end
|
del bad_tri
|
del $324compare_op.7
|
$720build_tuple.2 = build_tuple(items=[Var(num_tri, final_2D_robust_multidimarr.py:426), Var(old_tri, final_2D_robust_multidimarr.py:455)]) :: UniTuple(int64 x 2)
|
del old_tri
|
del num_tri
|
$722return_value.3 = cast(value=$720build_tuple.2) :: UniTuple(int64 x 2)
|
del $720build_tuple.2
|
return $722return_value.3
|
485:
@njit
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
486:
def assembly(
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
487:
old_tri, ic_bad_tri, ic_boundary_tri, ic_boundary_vtx, points,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
488:
vertices_ID, neighbour_ID, num_tri, gv, bad_tri_indicator_arr,
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
489:
global_arr, orient2d_count, incircle_count):
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
490:
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
491:
resulterrbound, ccwerrboundA, ccwerrboundB, ccwerrboundC, iccerrboundA, \
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
492:
iccerrboundB, iccerrboundC, splitter, static_filter_o2d, \
| |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
label 0
|
old_tri = arg(0, name=old_tri) :: int64
|
ic_bad_tri = arg(1, name=ic_bad_tri) :: array(int64, 1d, C)
|
ic_boundary_tri = arg(2, name=ic_boundary_tri) :: array(int64, 1d, C)
|
ic_boundary_vtx = arg(3, name=ic_boundary_vtx) :: array(int64, 2d, C)
|
points = arg(4, name=points) :: array(float64, 2d, C)
|
vertices_ID = arg(5, name=vertices_ID) :: array(int64, 2d, C)
|
neighbour_ID = arg(6, name=neighbour_ID) :: array(int64, 2d, C)
|
num_tri = arg(7, name=num_tri) :: int64
|
gv = arg(8, name=gv) :: int64
|
bad_tri_indicator_arr = arg(9, name=bad_tri_indicator_arr) :: array(bool, 1d, C)
|
global_arr = arg(10, name=global_arr) :: array(float64, 1d, C)
|
orient2d_count = arg(11, name=orient2d_count) :: array(int64, 1d, C)
|
incircle_count = arg(12, name=incircle_count) :: array(int64, 1d, C)
|
$2load_global.0 = global(exactinit2d: CPUDispatcher(<function exactinit2d at 0x7f51d445a200>)) :: type(CPUDispatcher(<function exactinit2d at 0x7f51d445a200>))
|
$6call_function.2 = call $2load_global.0(points, func=$2load_global.0, args=[Var(points, final_2D_robust_multidimarr.py:493)], kws=(), vararg=None) :: (array(float64, 2d, C),) -> UniTuple(float64 x 10)
|
del $2load_global.0
|
$8unpack_sequence.13 = exhaust_iter(value=$6call_function.2, count=10) :: UniTuple(float64 x 10)
|
del $6call_function.2
|
$8unpack_sequence.3 = static_getitem(value=$8unpack_sequence.13, index=0, index_var=None) :: float64
|
$8unpack_sequence.4 = static_getitem(value=$8unpack_sequence.13, index=1, index_var=None) :: float64
|
$8unpack_sequence.5 = static_getitem(value=$8unpack_sequence.13, index=2, index_var=None) :: float64
|
$8unpack_sequence.6 = static_getitem(value=$8unpack_sequence.13, index=3, index_var=None) :: float64
|
$8unpack_sequence.7 = static_getitem(value=$8unpack_sequence.13, index=4, index_var=None) :: float64
|
$8unpack_sequence.8 = static_getitem(value=$8unpack_sequence.13, index=5, index_var=None) :: float64
|
$8unpack_sequence.9 = static_getitem(value=$8unpack_sequence.13, index=6, index_var=None) :: float64
|
$8unpack_sequence.10 = static_getitem(value=$8unpack_sequence.13, index=7, index_var=None) :: float64
|
$8unpack_sequence.11 = static_getitem(value=$8unpack_sequence.13, index=8, index_var=None) :: float64
|
$8unpack_sequence.12 = static_getitem(value=$8unpack_sequence.13, index=9, index_var=None) :: float64
|
del $8unpack_sequence.13
|
resulterrbound = $8unpack_sequence.3 :: float64
|
del $8unpack_sequence.3
|
ccwerrboundA = $8unpack_sequence.4 :: float64
|
del $8unpack_sequence.4
|
ccwerrboundB = $8unpack_sequence.5 :: float64
|
del $8unpack_sequence.5
|
ccwerrboundC = $8unpack_sequence.6 :: float64
|
del $8unpack_sequence.6
|
iccerrboundA = $8unpack_sequence.7 :: float64
|
del $8unpack_sequence.7
|
iccerrboundB = $8unpack_sequence.8 :: float64
|
del $8unpack_sequence.8
|
iccerrboundC = $8unpack_sequence.9 :: float64
|
del $8unpack_sequence.9
|
splitter = $8unpack_sequence.10 :: float64
|
del $8unpack_sequence.10
|
static_filter_o2d = $8unpack_sequence.11 :: float64
|
del $8unpack_sequence.11
|
static_filter_i2d = $8unpack_sequence.12 :: float64
|
del $8unpack_sequence.12
|
494:
B = global_arr[0:4]
$const32.15 = const(int, 0) :: Literal[int](0)
|
$const34.16 = const(int, 4) :: Literal[int](4)
|
$36build_slice.17 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$36build_slice.18 = call $36build_slice.17($const32.15, $const34.16, func=$36build_slice.17, args=(Var($const32.15, final_2D_robust_multidimarr.py:494), Var($const34.16, final_2D_robust_multidimarr.py:494)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const34.16
|
del $const32.15
|
del $36build_slice.17
|
$38binary_subscr.19 = static_getitem(value=global_arr, index=slice(0, 4, None), index_var=$36build_slice.18) :: array(float64, 1d, C)
|
del $36build_slice.18
|
B = $38binary_subscr.19 :: array(float64, 1d, C)
|
del $38binary_subscr.19
|
495:
C1 = global_arr[4:12]
$const44.21 = const(int, 4) :: Literal[int](4)
|
$const46.22 = const(int, 12) :: Literal[int](12)
|
$48build_slice.23 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$48build_slice.24 = call $48build_slice.23($const44.21, $const46.22, func=$48build_slice.23, args=(Var($const44.21, final_2D_robust_multidimarr.py:495), Var($const46.22, final_2D_robust_multidimarr.py:495)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const46.22
|
del $const44.21
|
del $48build_slice.23
|
$50binary_subscr.25 = static_getitem(value=global_arr, index=slice(4, 12, None), index_var=$48build_slice.24) :: array(float64, 1d, C)
|
del $48build_slice.24
|
C1 = $50binary_subscr.25 :: array(float64, 1d, C)
|
del $50binary_subscr.25
|
496:
C2 = global_arr[12:24]
$const56.27 = const(int, 12) :: Literal[int](12)
|
$const58.28 = const(int, 24) :: Literal[int](24)
|
$60build_slice.29 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$60build_slice.30 = call $60build_slice.29($const56.27, $const58.28, func=$60build_slice.29, args=(Var($const56.27, final_2D_robust_multidimarr.py:496), Var($const58.28, final_2D_robust_multidimarr.py:496)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const58.28
|
del $const56.27
|
del $60build_slice.29
|
$62binary_subscr.31 = static_getitem(value=global_arr, index=slice(12, 24, None), index_var=$60build_slice.30) :: array(float64, 1d, C)
|
del $60build_slice.30
|
C2 = $62binary_subscr.31 :: array(float64, 1d, C)
|
del $62binary_subscr.31
|
497:
D = global_arr[24:40]
$const68.33 = const(int, 24) :: Literal[int](24)
|
$const70.34 = const(int, 40) :: Literal[int](40)
|
$72build_slice.35 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$72build_slice.36 = call $72build_slice.35($const68.33, $const70.34, func=$72build_slice.35, args=(Var($const68.33, final_2D_robust_multidimarr.py:497), Var($const70.34, final_2D_robust_multidimarr.py:497)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const70.34
|
del $const68.33
|
del $72build_slice.35
|
$74binary_subscr.37 = static_getitem(value=global_arr, index=slice(24, 40, None), index_var=$72build_slice.36) :: array(float64, 1d, C)
|
del $72build_slice.36
|
D = $74binary_subscr.37 :: array(float64, 1d, C)
|
del $74binary_subscr.37
|
498:
u = global_arr[40:44]
$const80.39 = const(int, 40) :: Literal[int](40)
|
$const82.40 = const(int, 44) :: Literal[int](44)
|
$84build_slice.41 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$84build_slice.42 = call $84build_slice.41($const80.39, $const82.40, func=$84build_slice.41, args=(Var($const80.39, final_2D_robust_multidimarr.py:498), Var($const82.40, final_2D_robust_multidimarr.py:498)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const82.40
|
del $const80.39
|
del $84build_slice.41
|
$86binary_subscr.43 = static_getitem(value=global_arr, index=slice(40, 44, None), index_var=$84build_slice.42) :: array(float64, 1d, C)
|
del $84build_slice.42
|
u = $86binary_subscr.43 :: array(float64, 1d, C)
|
del $86binary_subscr.43
|
499:
v = global_arr[44:48]
$const92.45 = const(int, 44) :: Literal[int](44)
|
$const94.46 = const(int, 48) :: Literal[int](48)
|
$96build_slice.47 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$96build_slice.48 = call $96build_slice.47($const92.45, $const94.46, func=$96build_slice.47, args=(Var($const92.45, final_2D_robust_multidimarr.py:499), Var($const94.46, final_2D_robust_multidimarr.py:499)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const94.46
|
del $const92.45
|
del $96build_slice.47
|
$98binary_subscr.49 = static_getitem(value=global_arr, index=slice(44, 48, None), index_var=$96build_slice.48) :: array(float64, 1d, C)
|
del $96build_slice.48
|
v = $98binary_subscr.49 :: array(float64, 1d, C)
|
del $98binary_subscr.49
|
500:
bc = global_arr[48:52]
$const104.51 = const(int, 48) :: Literal[int](48)
|
$const106.52 = const(int, 52) :: Literal[int](52)
|
$108build_slice.53 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$108build_slice.54 = call $108build_slice.53($const104.51, $const106.52, func=$108build_slice.53, args=(Var($const104.51, final_2D_robust_multidimarr.py:500), Var($const106.52, final_2D_robust_multidimarr.py:500)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const106.52
|
del $const104.51
|
del $108build_slice.53
|
$110binary_subscr.55 = static_getitem(value=global_arr, index=slice(48, 52, None), index_var=$108build_slice.54) :: array(float64, 1d, C)
|
del $108build_slice.54
|
bc = $110binary_subscr.55 :: array(float64, 1d, C)
|
del $110binary_subscr.55
|
501:
ca = global_arr[52:56]
$const116.57 = const(int, 52) :: Literal[int](52)
|
$const118.58 = const(int, 56) :: Literal[int](56)
|
$120build_slice.59 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$120build_slice.60 = call $120build_slice.59($const116.57, $const118.58, func=$120build_slice.59, args=(Var($const116.57, final_2D_robust_multidimarr.py:501), Var($const118.58, final_2D_robust_multidimarr.py:501)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const118.58
|
del $const116.57
|
del $120build_slice.59
|
$122binary_subscr.61 = static_getitem(value=global_arr, index=slice(52, 56, None), index_var=$120build_slice.60) :: array(float64, 1d, C)
|
del $120build_slice.60
|
ca = $122binary_subscr.61 :: array(float64, 1d, C)
|
del $122binary_subscr.61
|
502:
ab = global_arr[56:60]
$const128.63 = const(int, 56) :: Literal[int](56)
|
$const130.64 = const(int, 60) :: Literal[int](60)
|
$132build_slice.65 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$132build_slice.66 = call $132build_slice.65($const128.63, $const130.64, func=$132build_slice.65, args=(Var($const128.63, final_2D_robust_multidimarr.py:502), Var($const130.64, final_2D_robust_multidimarr.py:502)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const130.64
|
del $const128.63
|
del $132build_slice.65
|
$134binary_subscr.67 = static_getitem(value=global_arr, index=slice(56, 60, None), index_var=$132build_slice.66) :: array(float64, 1d, C)
|
del $132build_slice.66
|
ab = $134binary_subscr.67 :: array(float64, 1d, C)
|
del $134binary_subscr.67
|
503:
axbc = global_arr[60:68]
$const140.69 = const(int, 60) :: Literal[int](60)
|
$const142.70 = const(int, 68) :: Literal[int](68)
|
$144build_slice.71 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$144build_slice.72 = call $144build_slice.71($const140.69, $const142.70, func=$144build_slice.71, args=(Var($const140.69, final_2D_robust_multidimarr.py:503), Var($const142.70, final_2D_robust_multidimarr.py:503)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const142.70
|
del $const140.69
|
del $144build_slice.71
|
$146binary_subscr.73 = static_getitem(value=global_arr, index=slice(60, 68, None), index_var=$144build_slice.72) :: array(float64, 1d, C)
|
del $144build_slice.72
|
axbc = $146binary_subscr.73 :: array(float64, 1d, C)
|
del $146binary_subscr.73
|
504:
axxbc = global_arr[68:84]
$const152.75 = const(int, 68) :: Literal[int](68)
|
$const154.76 = const(int, 84) :: Literal[int](84)
|
$156build_slice.77 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$156build_slice.78 = call $156build_slice.77($const152.75, $const154.76, func=$156build_slice.77, args=(Var($const152.75, final_2D_robust_multidimarr.py:504), Var($const154.76, final_2D_robust_multidimarr.py:504)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const154.76
|
del $const152.75
|
del $156build_slice.77
|
$158binary_subscr.79 = static_getitem(value=global_arr, index=slice(68, 84, None), index_var=$156build_slice.78) :: array(float64, 1d, C)
|
del $156build_slice.78
|
axxbc = $158binary_subscr.79 :: array(float64, 1d, C)
|
del $158binary_subscr.79
|
505:
aybc = global_arr[84:92]
$const164.81 = const(int, 84) :: Literal[int](84)
|
$const166.82 = const(int, 92) :: Literal[int](92)
|
$168build_slice.83 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$168build_slice.84 = call $168build_slice.83($const164.81, $const166.82, func=$168build_slice.83, args=(Var($const164.81, final_2D_robust_multidimarr.py:505), Var($const166.82, final_2D_robust_multidimarr.py:505)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const166.82
|
del $const164.81
|
del $168build_slice.83
|
$170binary_subscr.85 = static_getitem(value=global_arr, index=slice(84, 92, None), index_var=$168build_slice.84) :: array(float64, 1d, C)
|
del $168build_slice.84
|
aybc = $170binary_subscr.85 :: array(float64, 1d, C)
|
del $170binary_subscr.85
|
506:
ayybc = global_arr[92:108]
$const176.87 = const(int, 92) :: Literal[int](92)
|
$const178.88 = const(int, 108) :: Literal[int](108)
|
$180build_slice.89 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$180build_slice.90 = call $180build_slice.89($const176.87, $const178.88, func=$180build_slice.89, args=(Var($const176.87, final_2D_robust_multidimarr.py:506), Var($const178.88, final_2D_robust_multidimarr.py:506)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const178.88
|
del $const176.87
|
del $180build_slice.89
|
$182binary_subscr.91 = static_getitem(value=global_arr, index=slice(92, 108, None), index_var=$180build_slice.90) :: array(float64, 1d, C)
|
del $180build_slice.90
|
ayybc = $182binary_subscr.91 :: array(float64, 1d, C)
|
del $182binary_subscr.91
|
507:
adet = global_arr[108:140]
$const188.93 = const(int, 108) :: Literal[int](108)
|
$const190.94 = const(int, 140) :: Literal[int](140)
|
$192build_slice.95 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$192build_slice.96 = call $192build_slice.95($const188.93, $const190.94, func=$192build_slice.95, args=(Var($const188.93, final_2D_robust_multidimarr.py:507), Var($const190.94, final_2D_robust_multidimarr.py:507)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const190.94
|
del $const188.93
|
del $192build_slice.95
|
$194binary_subscr.97 = static_getitem(value=global_arr, index=slice(108, 140, None), index_var=$192build_slice.96) :: array(float64, 1d, C)
|
del $192build_slice.96
|
adet = $194binary_subscr.97 :: array(float64, 1d, C)
|
del $194binary_subscr.97
|
508:
bxca = global_arr[140:148]
$const200.99 = const(int, 140) :: Literal[int](140)
|
$const202.100 = const(int, 148) :: Literal[int](148)
|
$204build_slice.101 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$204build_slice.102 = call $204build_slice.101($const200.99, $const202.100, func=$204build_slice.101, args=(Var($const200.99, final_2D_robust_multidimarr.py:508), Var($const202.100, final_2D_robust_multidimarr.py:508)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const202.100
|
del $const200.99
|
del $204build_slice.101
|
$206binary_subscr.103 = static_getitem(value=global_arr, index=slice(140, 148, None), index_var=$204build_slice.102) :: array(float64, 1d, C)
|
del $204build_slice.102
|
bxca = $206binary_subscr.103 :: array(float64, 1d, C)
|
del $206binary_subscr.103
|
509:
bxxca = global_arr[148:164]
$const212.105 = const(int, 148) :: Literal[int](148)
|
$const214.106 = const(int, 164) :: Literal[int](164)
|
$216build_slice.107 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$216build_slice.108 = call $216build_slice.107($const212.105, $const214.106, func=$216build_slice.107, args=(Var($const212.105, final_2D_robust_multidimarr.py:509), Var($const214.106, final_2D_robust_multidimarr.py:509)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const214.106
|
del $const212.105
|
del $216build_slice.107
|
$218binary_subscr.109 = static_getitem(value=global_arr, index=slice(148, 164, None), index_var=$216build_slice.108) :: array(float64, 1d, C)
|
del $216build_slice.108
|
bxxca = $218binary_subscr.109 :: array(float64, 1d, C)
|
del $218binary_subscr.109
|
510:
byca = global_arr[164:172]
$const224.111 = const(int, 164) :: Literal[int](164)
|
$const226.112 = const(int, 172) :: Literal[int](172)
|
$228build_slice.113 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$228build_slice.114 = call $228build_slice.113($const224.111, $const226.112, func=$228build_slice.113, args=(Var($const224.111, final_2D_robust_multidimarr.py:510), Var($const226.112, final_2D_robust_multidimarr.py:510)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const226.112
|
del $const224.111
|
del $228build_slice.113
|
$230binary_subscr.115 = static_getitem(value=global_arr, index=slice(164, 172, None), index_var=$228build_slice.114) :: array(float64, 1d, C)
|
del $228build_slice.114
|
byca = $230binary_subscr.115 :: array(float64, 1d, C)
|
del $230binary_subscr.115
|
511:
byyca = global_arr[172:188]
$const236.117 = const(int, 172) :: Literal[int](172)
|
$const238.118 = const(int, 188) :: Literal[int](188)
|
$240build_slice.119 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$240build_slice.120 = call $240build_slice.119($const236.117, $const238.118, func=$240build_slice.119, args=(Var($const236.117, final_2D_robust_multidimarr.py:511), Var($const238.118, final_2D_robust_multidimarr.py:511)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const238.118
|
del $const236.117
|
del $240build_slice.119
|
$242binary_subscr.121 = static_getitem(value=global_arr, index=slice(172, 188, None), index_var=$240build_slice.120) :: array(float64, 1d, C)
|
del $240build_slice.120
|
byyca = $242binary_subscr.121 :: array(float64, 1d, C)
|
del $242binary_subscr.121
|
512:
bdet = global_arr[188:220]
$const248.123 = const(int, 188) :: Literal[int](188)
|
$const250.124 = const(int, 220) :: Literal[int](220)
|
$252build_slice.125 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$252build_slice.126 = call $252build_slice.125($const248.123, $const250.124, func=$252build_slice.125, args=(Var($const248.123, final_2D_robust_multidimarr.py:512), Var($const250.124, final_2D_robust_multidimarr.py:512)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const250.124
|
del $const248.123
|
del $252build_slice.125
|
$254binary_subscr.127 = static_getitem(value=global_arr, index=slice(188, 220, None), index_var=$252build_slice.126) :: array(float64, 1d, C)
|
del $252build_slice.126
|
bdet = $254binary_subscr.127 :: array(float64, 1d, C)
|
del $254binary_subscr.127
|
513:
cxab = global_arr[220:228]
$const260.129 = const(int, 220) :: Literal[int](220)
|
$const262.130 = const(int, 228) :: Literal[int](228)
|
$264build_slice.131 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$264build_slice.132 = call $264build_slice.131($const260.129, $const262.130, func=$264build_slice.131, args=(Var($const260.129, final_2D_robust_multidimarr.py:513), Var($const262.130, final_2D_robust_multidimarr.py:513)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const262.130
|
del $const260.129
|
del $264build_slice.131
|
$266binary_subscr.133 = static_getitem(value=global_arr, index=slice(220, 228, None), index_var=$264build_slice.132) :: array(float64, 1d, C)
|
del $264build_slice.132
|
cxab = $266binary_subscr.133 :: array(float64, 1d, C)
|
del $266binary_subscr.133
|
514:
cxxab = global_arr[228:244]
$const272.135 = const(int, 228) :: Literal[int](228)
|
$const274.136 = const(int, 244) :: Literal[int](244)
|
$276build_slice.137 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$276build_slice.138 = call $276build_slice.137($const272.135, $const274.136, func=$276build_slice.137, args=(Var($const272.135, final_2D_robust_multidimarr.py:514), Var($const274.136, final_2D_robust_multidimarr.py:514)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const274.136
|
del $const272.135
|
del $276build_slice.137
|
$278binary_subscr.139 = static_getitem(value=global_arr, index=slice(228, 244, None), index_var=$276build_slice.138) :: array(float64, 1d, C)
|
del $276build_slice.138
|
cxxab = $278binary_subscr.139 :: array(float64, 1d, C)
|
del $278binary_subscr.139
|
515:
cyab = global_arr[244:252]
$const284.141 = const(int, 244) :: Literal[int](244)
|
$const286.142 = const(int, 252) :: Literal[int](252)
|
$288build_slice.143 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$288build_slice.144 = call $288build_slice.143($const284.141, $const286.142, func=$288build_slice.143, args=(Var($const284.141, final_2D_robust_multidimarr.py:515), Var($const286.142, final_2D_robust_multidimarr.py:515)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const286.142
|
del $const284.141
|
del $288build_slice.143
|
$290binary_subscr.145 = static_getitem(value=global_arr, index=slice(244, 252, None), index_var=$288build_slice.144) :: array(float64, 1d, C)
|
del $288build_slice.144
|
cyab = $290binary_subscr.145 :: array(float64, 1d, C)
|
del $290binary_subscr.145
|
516:
cyyab = global_arr[252:268]
$const296.147 = const(int, 252) :: Literal[int](252)
|
$const298.148 = const(int, 268) :: Literal[int](268)
|
$300build_slice.149 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$300build_slice.150 = call $300build_slice.149($const296.147, $const298.148, func=$300build_slice.149, args=(Var($const296.147, final_2D_robust_multidimarr.py:516), Var($const298.148, final_2D_robust_multidimarr.py:516)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const298.148
|
del $const296.147
|
del $300build_slice.149
|
$302binary_subscr.151 = static_getitem(value=global_arr, index=slice(252, 268, None), index_var=$300build_slice.150) :: array(float64, 1d, C)
|
del $300build_slice.150
|
cyyab = $302binary_subscr.151 :: array(float64, 1d, C)
|
del $302binary_subscr.151
|
517:
cdet = global_arr[268:300]
$const308.153 = const(int, 268) :: Literal[int](268)
|
$const310.154 = const(int, 300) :: Literal[int](300)
|
$312build_slice.155 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$312build_slice.156 = call $312build_slice.155($const308.153, $const310.154, func=$312build_slice.155, args=(Var($const308.153, final_2D_robust_multidimarr.py:517), Var($const310.154, final_2D_robust_multidimarr.py:517)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const310.154
|
del $const308.153
|
del $312build_slice.155
|
$314binary_subscr.157 = static_getitem(value=global_arr, index=slice(268, 300, None), index_var=$312build_slice.156) :: array(float64, 1d, C)
|
del $312build_slice.156
|
cdet = $314binary_subscr.157 :: array(float64, 1d, C)
|
del $314binary_subscr.157
|
518:
abdet = global_arr[300:364]
$const320.159 = const(int, 300) :: Literal[int](300)
|
$const322.160 = const(int, 364) :: Literal[int](364)
|
$324build_slice.161 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$324build_slice.162 = call $324build_slice.161($const320.159, $const322.160, func=$324build_slice.161, args=(Var($const320.159, final_2D_robust_multidimarr.py:518), Var($const322.160, final_2D_robust_multidimarr.py:518)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const322.160
|
del $const320.159
|
del $324build_slice.161
|
$326binary_subscr.163 = static_getitem(value=global_arr, index=slice(300, 364, None), index_var=$324build_slice.162) :: array(float64, 1d, C)
|
del $324build_slice.162
|
abdet = $326binary_subscr.163 :: array(float64, 1d, C)
|
del $326binary_subscr.163
|
519:
fin1 = global_arr[364:1516]
$const332.165 = const(int, 364) :: Literal[int](364)
|
$const334.166 = const(int, 1516) :: Literal[int](1516)
|
$336build_slice.167 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$336build_slice.168 = call $336build_slice.167($const332.165, $const334.166, func=$336build_slice.167, args=(Var($const332.165, final_2D_robust_multidimarr.py:519), Var($const334.166, final_2D_robust_multidimarr.py:519)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const334.166
|
del $const332.165
|
del $336build_slice.167
|
$338binary_subscr.169 = static_getitem(value=global_arr, index=slice(364, 1516, None), index_var=$336build_slice.168) :: array(float64, 1d, C)
|
del $336build_slice.168
|
fin1 = $338binary_subscr.169 :: array(float64, 1d, C)
|
del $338binary_subscr.169
|
520:
fin2 = global_arr[1516:2668]
$const344.171 = const(int, 1516) :: Literal[int](1516)
|
$const346.172 = const(int, 2668) :: Literal[int](2668)
|
$348build_slice.173 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$348build_slice.174 = call $348build_slice.173($const344.171, $const346.172, func=$348build_slice.173, args=(Var($const344.171, final_2D_robust_multidimarr.py:520), Var($const346.172, final_2D_robust_multidimarr.py:520)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const346.172
|
del $const344.171
|
del $348build_slice.173
|
$350binary_subscr.175 = static_getitem(value=global_arr, index=slice(1516, 2668, None), index_var=$348build_slice.174) :: array(float64, 1d, C)
|
del $348build_slice.174
|
fin2 = $350binary_subscr.175 :: array(float64, 1d, C)
|
del $350binary_subscr.175
|
521:
aa = global_arr[2668:2672]
$const356.177 = const(int, 2668) :: Literal[int](2668)
|
$const358.178 = const(int, 2672) :: Literal[int](2672)
|
$360build_slice.179 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$360build_slice.180 = call $360build_slice.179($const356.177, $const358.178, func=$360build_slice.179, args=(Var($const356.177, final_2D_robust_multidimarr.py:521), Var($const358.178, final_2D_robust_multidimarr.py:521)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const358.178
|
del $const356.177
|
del $360build_slice.179
|
$362binary_subscr.181 = static_getitem(value=global_arr, index=slice(2668, 2672, None), index_var=$360build_slice.180) :: array(float64, 1d, C)
|
del $360build_slice.180
|
aa = $362binary_subscr.181 :: array(float64, 1d, C)
|
del $362binary_subscr.181
|
522:
bb = global_arr[2672:2676]
$const368.183 = const(int, 2672) :: Literal[int](2672)
|
$const370.184 = const(int, 2676) :: Literal[int](2676)
|
$372build_slice.185 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$372build_slice.186 = call $372build_slice.185($const368.183, $const370.184, func=$372build_slice.185, args=(Var($const368.183, final_2D_robust_multidimarr.py:522), Var($const370.184, final_2D_robust_multidimarr.py:522)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const370.184
|
del $const368.183
|
del $372build_slice.185
|
$374binary_subscr.187 = static_getitem(value=global_arr, index=slice(2672, 2676, None), index_var=$372build_slice.186) :: array(float64, 1d, C)
|
del $372build_slice.186
|
bb = $374binary_subscr.187 :: array(float64, 1d, C)
|
del $374binary_subscr.187
|
523:
cc = global_arr[2676:2680]
$const380.189 = const(int, 2676) :: Literal[int](2676)
|
$const382.190 = const(int, 2680) :: Literal[int](2680)
|
$384build_slice.191 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$384build_slice.192 = call $384build_slice.191($const380.189, $const382.190, func=$384build_slice.191, args=(Var($const380.189, final_2D_robust_multidimarr.py:523), Var($const382.190, final_2D_robust_multidimarr.py:523)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const382.190
|
del $const380.189
|
del $384build_slice.191
|
$386binary_subscr.193 = static_getitem(value=global_arr, index=slice(2676, 2680, None), index_var=$384build_slice.192) :: array(float64, 1d, C)
|
del $384build_slice.192
|
cc = $386binary_subscr.193 :: array(float64, 1d, C)
|
del $386binary_subscr.193
|
524:
temp8 = global_arr[2680:2688]
$const392.195 = const(int, 2680) :: Literal[int](2680)
|
$const394.196 = const(int, 2688) :: Literal[int](2688)
|
$396build_slice.197 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$396build_slice.198 = call $396build_slice.197($const392.195, $const394.196, func=$396build_slice.197, args=(Var($const392.195, final_2D_robust_multidimarr.py:524), Var($const394.196, final_2D_robust_multidimarr.py:524)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const394.196
|
del $const392.195
|
del $396build_slice.197
|
$398binary_subscr.199 = static_getitem(value=global_arr, index=slice(2680, 2688, None), index_var=$396build_slice.198) :: array(float64, 1d, C)
|
del $396build_slice.198
|
temp8 = $398binary_subscr.199 :: array(float64, 1d, C)
|
del $398binary_subscr.199
|
525:
temp16a = global_arr[2688:2704]
$const404.201 = const(int, 2688) :: Literal[int](2688)
|
$const406.202 = const(int, 2704) :: Literal[int](2704)
|
$408build_slice.203 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$408build_slice.204 = call $408build_slice.203($const404.201, $const406.202, func=$408build_slice.203, args=(Var($const404.201, final_2D_robust_multidimarr.py:525), Var($const406.202, final_2D_robust_multidimarr.py:525)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const406.202
|
del $const404.201
|
del $408build_slice.203
|
$410binary_subscr.205 = static_getitem(value=global_arr, index=slice(2688, 2704, None), index_var=$408build_slice.204) :: array(float64, 1d, C)
|
del $408build_slice.204
|
temp16a = $410binary_subscr.205 :: array(float64, 1d, C)
|
del $410binary_subscr.205
|
526:
temp16b = global_arr[2704:2720]
$const416.207 = const(int, 2704) :: Literal[int](2704)
|
$const418.208 = const(int, 2720) :: Literal[int](2720)
|
$420build_slice.209 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$420build_slice.210 = call $420build_slice.209($const416.207, $const418.208, func=$420build_slice.209, args=(Var($const416.207, final_2D_robust_multidimarr.py:526), Var($const418.208, final_2D_robust_multidimarr.py:526)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const418.208
|
del $const416.207
|
del $420build_slice.209
|
$422binary_subscr.211 = static_getitem(value=global_arr, index=slice(2704, 2720, None), index_var=$420build_slice.210) :: array(float64, 1d, C)
|
del $420build_slice.210
|
temp16b = $422binary_subscr.211 :: array(float64, 1d, C)
|
del $422binary_subscr.211
|
527:
temp16c = global_arr[2720:2736]
$const428.213 = const(int, 2720) :: Literal[int](2720)
|
$const430.214 = const(int, 2736) :: Literal[int](2736)
|
$432build_slice.215 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$432build_slice.216 = call $432build_slice.215($const428.213, $const430.214, func=$432build_slice.215, args=(Var($const428.213, final_2D_robust_multidimarr.py:527), Var($const430.214, final_2D_robust_multidimarr.py:527)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const430.214
|
del $const428.213
|
del $432build_slice.215
|
$434binary_subscr.217 = static_getitem(value=global_arr, index=slice(2720, 2736, None), index_var=$432build_slice.216) :: array(float64, 1d, C)
|
del $432build_slice.216
|
temp16c = $434binary_subscr.217 :: array(float64, 1d, C)
|
del $434binary_subscr.217
|
528:
temp32a = global_arr[2736:2768]
$const440.219 = const(int, 2736) :: Literal[int](2736)
|
$const442.220 = const(int, 2768) :: Literal[int](2768)
|
$444build_slice.221 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$444build_slice.222 = call $444build_slice.221($const440.219, $const442.220, func=$444build_slice.221, args=(Var($const440.219, final_2D_robust_multidimarr.py:528), Var($const442.220, final_2D_robust_multidimarr.py:528)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const442.220
|
del $const440.219
|
del $444build_slice.221
|
$446binary_subscr.223 = static_getitem(value=global_arr, index=slice(2736, 2768, None), index_var=$444build_slice.222) :: array(float64, 1d, C)
|
del $444build_slice.222
|
temp32a = $446binary_subscr.223 :: array(float64, 1d, C)
|
del $446binary_subscr.223
|
529:
temp32b = global_arr[2768:2800]
$const452.225 = const(int, 2768) :: Literal[int](2768)
|
$const454.226 = const(int, 2800) :: Literal[int](2800)
|
$456build_slice.227 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$456build_slice.228 = call $456build_slice.227($const452.225, $const454.226, func=$456build_slice.227, args=(Var($const452.225, final_2D_robust_multidimarr.py:529), Var($const454.226, final_2D_robust_multidimarr.py:529)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const454.226
|
del $const452.225
|
del $456build_slice.227
|
$458binary_subscr.229 = static_getitem(value=global_arr, index=slice(2768, 2800, None), index_var=$456build_slice.228) :: array(float64, 1d, C)
|
del $456build_slice.228
|
temp32b = $458binary_subscr.229 :: array(float64, 1d, C)
|
del $458binary_subscr.229
|
530:
temp48 = global_arr[2800:2848]
$const464.231 = const(int, 2800) :: Literal[int](2800)
|
$const466.232 = const(int, 2848) :: Literal[int](2848)
|
$468build_slice.233 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$468build_slice.234 = call $468build_slice.233($const464.231, $const466.232, func=$468build_slice.233, args=(Var($const464.231, final_2D_robust_multidimarr.py:530), Var($const466.232, final_2D_robust_multidimarr.py:530)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const466.232
|
del $const464.231
|
del $468build_slice.233
|
$470binary_subscr.235 = static_getitem(value=global_arr, index=slice(2800, 2848, None), index_var=$468build_slice.234) :: array(float64, 1d, C)
|
del $468build_slice.234
|
temp48 = $470binary_subscr.235 :: array(float64, 1d, C)
|
del $470binary_subscr.235
|
531:
temp64 = global_arr[2848:2912]
$const476.237 = const(int, 2848) :: Literal[int](2848)
|
$const478.238 = const(int, 2912) :: Literal[int](2912)
|
$480build_slice.239 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$480build_slice.240 = call $480build_slice.239($const476.237, $const478.238, func=$480build_slice.239, args=(Var($const476.237, final_2D_robust_multidimarr.py:531), Var($const478.238, final_2D_robust_multidimarr.py:531)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const478.238
|
del $const476.237
|
del $480build_slice.239
|
$482binary_subscr.241 = static_getitem(value=global_arr, index=slice(2848, 2912, None), index_var=$480build_slice.240) :: array(float64, 1d, C)
|
del $480build_slice.240
|
temp64 = $482binary_subscr.241 :: array(float64, 1d, C)
|
del $482binary_subscr.241
|
532:
axtbb = global_arr[2912:2920]
$const488.243 = const(int, 2912) :: Literal[int](2912)
|
$const490.244 = const(int, 2920) :: Literal[int](2920)
|
$492build_slice.245 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$492build_slice.246 = call $492build_slice.245($const488.243, $const490.244, func=$492build_slice.245, args=(Var($const488.243, final_2D_robust_multidimarr.py:532), Var($const490.244, final_2D_robust_multidimarr.py:532)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const490.244
|
del $const488.243
|
del $492build_slice.245
|
$494binary_subscr.247 = static_getitem(value=global_arr, index=slice(2912, 2920, None), index_var=$492build_slice.246) :: array(float64, 1d, C)
|
del $492build_slice.246
|
axtbb = $494binary_subscr.247 :: array(float64, 1d, C)
|
del $494binary_subscr.247
|
533:
axtcc = global_arr[2920:2928]
$const500.249 = const(int, 2920) :: Literal[int](2920)
|
$const502.250 = const(int, 2928) :: Literal[int](2928)
|
$504build_slice.251 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$504build_slice.252 = call $504build_slice.251($const500.249, $const502.250, func=$504build_slice.251, args=(Var($const500.249, final_2D_robust_multidimarr.py:533), Var($const502.250, final_2D_robust_multidimarr.py:533)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const502.250
|
del $const500.249
|
del $504build_slice.251
|
$506binary_subscr.253 = static_getitem(value=global_arr, index=slice(2920, 2928, None), index_var=$504build_slice.252) :: array(float64, 1d, C)
|
del $504build_slice.252
|
axtcc = $506binary_subscr.253 :: array(float64, 1d, C)
|
del $506binary_subscr.253
|
534:
aytbb = global_arr[2928:2936]
$const512.255 = const(int, 2928) :: Literal[int](2928)
|
$const514.256 = const(int, 2936) :: Literal[int](2936)
|
$516build_slice.257 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$516build_slice.258 = call $516build_slice.257($const512.255, $const514.256, func=$516build_slice.257, args=(Var($const512.255, final_2D_robust_multidimarr.py:534), Var($const514.256, final_2D_robust_multidimarr.py:534)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const514.256
|
del $const512.255
|
del $516build_slice.257
|
$518binary_subscr.259 = static_getitem(value=global_arr, index=slice(2928, 2936, None), index_var=$516build_slice.258) :: array(float64, 1d, C)
|
del $516build_slice.258
|
aytbb = $518binary_subscr.259 :: array(float64, 1d, C)
|
del $518binary_subscr.259
|
535:
aytcc = global_arr[2936:2944]
$const524.261 = const(int, 2936) :: Literal[int](2936)
|
$const526.262 = const(int, 2944) :: Literal[int](2944)
|
$528build_slice.263 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$528build_slice.264 = call $528build_slice.263($const524.261, $const526.262, func=$528build_slice.263, args=(Var($const524.261, final_2D_robust_multidimarr.py:535), Var($const526.262, final_2D_robust_multidimarr.py:535)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const526.262
|
del $const524.261
|
del $528build_slice.263
|
$530binary_subscr.265 = static_getitem(value=global_arr, index=slice(2936, 2944, None), index_var=$528build_slice.264) :: array(float64, 1d, C)
|
del $528build_slice.264
|
aytcc = $530binary_subscr.265 :: array(float64, 1d, C)
|
del $530binary_subscr.265
|
536:
bxtaa = global_arr[2944:2952]
$const536.267 = const(int, 2944) :: Literal[int](2944)
|
$const538.268 = const(int, 2952) :: Literal[int](2952)
|
$540build_slice.269 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$540build_slice.270 = call $540build_slice.269($const536.267, $const538.268, func=$540build_slice.269, args=(Var($const536.267, final_2D_robust_multidimarr.py:536), Var($const538.268, final_2D_robust_multidimarr.py:536)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const538.268
|
del $const536.267
|
del $540build_slice.269
|
$542binary_subscr.271 = static_getitem(value=global_arr, index=slice(2944, 2952, None), index_var=$540build_slice.270) :: array(float64, 1d, C)
|
del $540build_slice.270
|
bxtaa = $542binary_subscr.271 :: array(float64, 1d, C)
|
del $542binary_subscr.271
|
537:
bxtcc = global_arr[2952:2960]
$const548.273 = const(int, 2952) :: Literal[int](2952)
|
$const550.274 = const(int, 2960) :: Literal[int](2960)
|
$552build_slice.275 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$552build_slice.276 = call $552build_slice.275($const548.273, $const550.274, func=$552build_slice.275, args=(Var($const548.273, final_2D_robust_multidimarr.py:537), Var($const550.274, final_2D_robust_multidimarr.py:537)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const550.274
|
del $const548.273
|
del $552build_slice.275
|
$554binary_subscr.277 = static_getitem(value=global_arr, index=slice(2952, 2960, None), index_var=$552build_slice.276) :: array(float64, 1d, C)
|
del $552build_slice.276
|
bxtcc = $554binary_subscr.277 :: array(float64, 1d, C)
|
del $554binary_subscr.277
|
538:
bytaa = global_arr[2960:2968]
$const560.279 = const(int, 2960) :: Literal[int](2960)
|
$const562.280 = const(int, 2968) :: Literal[int](2968)
|
$564build_slice.281 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$564build_slice.282 = call $564build_slice.281($const560.279, $const562.280, func=$564build_slice.281, args=(Var($const560.279, final_2D_robust_multidimarr.py:538), Var($const562.280, final_2D_robust_multidimarr.py:538)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const562.280
|
del $const560.279
|
del $564build_slice.281
|
$566binary_subscr.283 = static_getitem(value=global_arr, index=slice(2960, 2968, None), index_var=$564build_slice.282) :: array(float64, 1d, C)
|
del $564build_slice.282
|
bytaa = $566binary_subscr.283 :: array(float64, 1d, C)
|
del $566binary_subscr.283
|
539:
bytcc = global_arr[2968:2976]
$const572.285 = const(int, 2968) :: Literal[int](2968)
|
$const574.286 = const(int, 2976) :: Literal[int](2976)
|
$576build_slice.287 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$576build_slice.288 = call $576build_slice.287($const572.285, $const574.286, func=$576build_slice.287, args=(Var($const572.285, final_2D_robust_multidimarr.py:539), Var($const574.286, final_2D_robust_multidimarr.py:539)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const574.286
|
del $const572.285
|
del $576build_slice.287
|
$578binary_subscr.289 = static_getitem(value=global_arr, index=slice(2968, 2976, None), index_var=$576build_slice.288) :: array(float64, 1d, C)
|
del $576build_slice.288
|
bytcc = $578binary_subscr.289 :: array(float64, 1d, C)
|
del $578binary_subscr.289
|
540:
cxtaa = global_arr[2976:2984]
$const584.291 = const(int, 2976) :: Literal[int](2976)
|
$const586.292 = const(int, 2984) :: Literal[int](2984)
|
$588build_slice.293 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$588build_slice.294 = call $588build_slice.293($const584.291, $const586.292, func=$588build_slice.293, args=(Var($const584.291, final_2D_robust_multidimarr.py:540), Var($const586.292, final_2D_robust_multidimarr.py:540)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const586.292
|
del $const584.291
|
del $588build_slice.293
|
$590binary_subscr.295 = static_getitem(value=global_arr, index=slice(2976, 2984, None), index_var=$588build_slice.294) :: array(float64, 1d, C)
|
del $588build_slice.294
|
cxtaa = $590binary_subscr.295 :: array(float64, 1d, C)
|
del $590binary_subscr.295
|
541:
cxtbb = global_arr[2984:2992]
$const596.297 = const(int, 2984) :: Literal[int](2984)
|
$const598.298 = const(int, 2992) :: Literal[int](2992)
|
$600build_slice.299 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$600build_slice.300 = call $600build_slice.299($const596.297, $const598.298, func=$600build_slice.299, args=(Var($const596.297, final_2D_robust_multidimarr.py:541), Var($const598.298, final_2D_robust_multidimarr.py:541)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const598.298
|
del $const596.297
|
del $600build_slice.299
|
$602binary_subscr.301 = static_getitem(value=global_arr, index=slice(2984, 2992, None), index_var=$600build_slice.300) :: array(float64, 1d, C)
|
del $600build_slice.300
|
cxtbb = $602binary_subscr.301 :: array(float64, 1d, C)
|
del $602binary_subscr.301
|
542:
cytaa = global_arr[2992:3000]
$const608.303 = const(int, 2992) :: Literal[int](2992)
|
$const610.304 = const(int, 3000) :: Literal[int](3000)
|
$612build_slice.305 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$612build_slice.306 = call $612build_slice.305($const608.303, $const610.304, func=$612build_slice.305, args=(Var($const608.303, final_2D_robust_multidimarr.py:542), Var($const610.304, final_2D_robust_multidimarr.py:542)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const610.304
|
del $const608.303
|
del $612build_slice.305
|
$614binary_subscr.307 = static_getitem(value=global_arr, index=slice(2992, 3000, None), index_var=$612build_slice.306) :: array(float64, 1d, C)
|
del $612build_slice.306
|
cytaa = $614binary_subscr.307 :: array(float64, 1d, C)
|
del $614binary_subscr.307
|
543:
cytbb = global_arr[3000:3008]
$const620.309 = const(int, 3000) :: Literal[int](3000)
|
$const622.310 = const(int, 3008) :: Literal[int](3008)
|
$624build_slice.311 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$624build_slice.312 = call $624build_slice.311($const620.309, $const622.310, func=$624build_slice.311, args=(Var($const620.309, final_2D_robust_multidimarr.py:543), Var($const622.310, final_2D_robust_multidimarr.py:543)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const622.310
|
del $const620.309
|
del $624build_slice.311
|
$626binary_subscr.313 = static_getitem(value=global_arr, index=slice(3000, 3008, None), index_var=$624build_slice.312) :: array(float64, 1d, C)
|
del $624build_slice.312
|
cytbb = $626binary_subscr.313 :: array(float64, 1d, C)
|
del $626binary_subscr.313
|
544:
axtbc = global_arr[3008:3016]
$const632.315 = const(int, 3008) :: Literal[int](3008)
|
$const634.316 = const(int, 3016) :: Literal[int](3016)
|
$636build_slice.317 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$636build_slice.318 = call $636build_slice.317($const632.315, $const634.316, func=$636build_slice.317, args=(Var($const632.315, final_2D_robust_multidimarr.py:544), Var($const634.316, final_2D_robust_multidimarr.py:544)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const634.316
|
del $const632.315
|
del $636build_slice.317
|
$638binary_subscr.319 = static_getitem(value=global_arr, index=slice(3008, 3016, None), index_var=$636build_slice.318) :: array(float64, 1d, C)
|
del $636build_slice.318
|
axtbc = $638binary_subscr.319 :: array(float64, 1d, C)
|
del $638binary_subscr.319
|
545:
aytbc = global_arr[3016:3024]
$const644.321 = const(int, 3016) :: Literal[int](3016)
|
$const646.322 = const(int, 3024) :: Literal[int](3024)
|
$648build_slice.323 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$648build_slice.324 = call $648build_slice.323($const644.321, $const646.322, func=$648build_slice.323, args=(Var($const644.321, final_2D_robust_multidimarr.py:545), Var($const646.322, final_2D_robust_multidimarr.py:545)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const646.322
|
del $const644.321
|
del $648build_slice.323
|
$650binary_subscr.325 = static_getitem(value=global_arr, index=slice(3016, 3024, None), index_var=$648build_slice.324) :: array(float64, 1d, C)
|
del $648build_slice.324
|
aytbc = $650binary_subscr.325 :: array(float64, 1d, C)
|
del $650binary_subscr.325
|
546:
bxtca = global_arr[3024:3032]
$const656.327 = const(int, 3024) :: Literal[int](3024)
|
$const658.328 = const(int, 3032) :: Literal[int](3032)
|
$660build_slice.329 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$660build_slice.330 = call $660build_slice.329($const656.327, $const658.328, func=$660build_slice.329, args=(Var($const656.327, final_2D_robust_multidimarr.py:546), Var($const658.328, final_2D_robust_multidimarr.py:546)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const658.328
|
del $const656.327
|
del $660build_slice.329
|
$662binary_subscr.331 = static_getitem(value=global_arr, index=slice(3024, 3032, None), index_var=$660build_slice.330) :: array(float64, 1d, C)
|
del $660build_slice.330
|
bxtca = $662binary_subscr.331 :: array(float64, 1d, C)
|
del $662binary_subscr.331
|
547:
bytca = global_arr[3032:3040]
$const668.333 = const(int, 3032) :: Literal[int](3032)
|
$const670.334 = const(int, 3040) :: Literal[int](3040)
|
$672build_slice.335 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$672build_slice.336 = call $672build_slice.335($const668.333, $const670.334, func=$672build_slice.335, args=(Var($const668.333, final_2D_robust_multidimarr.py:547), Var($const670.334, final_2D_robust_multidimarr.py:547)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const670.334
|
del $const668.333
|
del $672build_slice.335
|
$674binary_subscr.337 = static_getitem(value=global_arr, index=slice(3032, 3040, None), index_var=$672build_slice.336) :: array(float64, 1d, C)
|
del $672build_slice.336
|
bytca = $674binary_subscr.337 :: array(float64, 1d, C)
|
del $674binary_subscr.337
|
548:
cxtab = global_arr[3040:3048]
$const680.339 = const(int, 3040) :: Literal[int](3040)
|
$const682.340 = const(int, 3048) :: Literal[int](3048)
|
$684build_slice.341 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$684build_slice.342 = call $684build_slice.341($const680.339, $const682.340, func=$684build_slice.341, args=(Var($const680.339, final_2D_robust_multidimarr.py:548), Var($const682.340, final_2D_robust_multidimarr.py:548)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const682.340
|
del $const680.339
|
del $684build_slice.341
|
$686binary_subscr.343 = static_getitem(value=global_arr, index=slice(3040, 3048, None), index_var=$684build_slice.342) :: array(float64, 1d, C)
|
del $684build_slice.342
|
cxtab = $686binary_subscr.343 :: array(float64, 1d, C)
|
del $686binary_subscr.343
|
549:
cytab = global_arr[3048:3056]
$const692.345 = const(int, 3048) :: Literal[int](3048)
|
$const694.346 = const(int, 3056) :: Literal[int](3056)
|
$696build_slice.347 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$696build_slice.348 = call $696build_slice.347($const692.345, $const694.346, func=$696build_slice.347, args=(Var($const692.345, final_2D_robust_multidimarr.py:549), Var($const694.346, final_2D_robust_multidimarr.py:549)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const694.346
|
del $const692.345
|
del $696build_slice.347
|
$698binary_subscr.349 = static_getitem(value=global_arr, index=slice(3048, 3056, None), index_var=$696build_slice.348) :: array(float64, 1d, C)
|
del $696build_slice.348
|
cytab = $698binary_subscr.349 :: array(float64, 1d, C)
|
del $698binary_subscr.349
|
550:
axtbct = global_arr[3056:3072]
$const704.351 = const(int, 3056) :: Literal[int](3056)
|
$const706.352 = const(int, 3072) :: Literal[int](3072)
|
$708build_slice.353 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$708build_slice.354 = call $708build_slice.353($const704.351, $const706.352, func=$708build_slice.353, args=(Var($const704.351, final_2D_robust_multidimarr.py:550), Var($const706.352, final_2D_robust_multidimarr.py:550)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const706.352
|
del $const704.351
|
del $708build_slice.353
|
$710binary_subscr.355 = static_getitem(value=global_arr, index=slice(3056, 3072, None), index_var=$708build_slice.354) :: array(float64, 1d, C)
|
del $708build_slice.354
|
axtbct = $710binary_subscr.355 :: array(float64, 1d, C)
|
del $710binary_subscr.355
|
551:
aytbct = global_arr[3072:3088]
$const716.357 = const(int, 3072) :: Literal[int](3072)
|
$const718.358 = const(int, 3088) :: Literal[int](3088)
|
$720build_slice.359 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$720build_slice.360 = call $720build_slice.359($const716.357, $const718.358, func=$720build_slice.359, args=(Var($const716.357, final_2D_robust_multidimarr.py:551), Var($const718.358, final_2D_robust_multidimarr.py:551)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const718.358
|
del $const716.357
|
del $720build_slice.359
|
$722binary_subscr.361 = static_getitem(value=global_arr, index=slice(3072, 3088, None), index_var=$720build_slice.360) :: array(float64, 1d, C)
|
del $720build_slice.360
|
aytbct = $722binary_subscr.361 :: array(float64, 1d, C)
|
del $722binary_subscr.361
|
552:
bxtcat = global_arr[3088:3104]
$const728.363 = const(int, 3088) :: Literal[int](3088)
|
$const730.364 = const(int, 3104) :: Literal[int](3104)
|
$732build_slice.365 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$732build_slice.366 = call $732build_slice.365($const728.363, $const730.364, func=$732build_slice.365, args=(Var($const728.363, final_2D_robust_multidimarr.py:552), Var($const730.364, final_2D_robust_multidimarr.py:552)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const730.364
|
del $const728.363
|
del $732build_slice.365
|
$734binary_subscr.367 = static_getitem(value=global_arr, index=slice(3088, 3104, None), index_var=$732build_slice.366) :: array(float64, 1d, C)
|
del $732build_slice.366
|
bxtcat = $734binary_subscr.367 :: array(float64, 1d, C)
|
del $734binary_subscr.367
|
553:
bytcat = global_arr[3104:3120]
$const740.369 = const(int, 3104) :: Literal[int](3104)
|
$const742.370 = const(int, 3120) :: Literal[int](3120)
|
$744build_slice.371 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$744build_slice.372 = call $744build_slice.371($const740.369, $const742.370, func=$744build_slice.371, args=(Var($const740.369, final_2D_robust_multidimarr.py:553), Var($const742.370, final_2D_robust_multidimarr.py:553)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const742.370
|
del $const740.369
|
del $744build_slice.371
|
$746binary_subscr.373 = static_getitem(value=global_arr, index=slice(3104, 3120, None), index_var=$744build_slice.372) :: array(float64, 1d, C)
|
del $744build_slice.372
|
bytcat = $746binary_subscr.373 :: array(float64, 1d, C)
|
del $746binary_subscr.373
|
554:
cxtabt = global_arr[3120:3136]
$const752.375 = const(int, 3120) :: Literal[int](3120)
|
$const754.376 = const(int, 3136) :: Literal[int](3136)
|
$756build_slice.377 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$756build_slice.378 = call $756build_slice.377($const752.375, $const754.376, func=$756build_slice.377, args=(Var($const752.375, final_2D_robust_multidimarr.py:554), Var($const754.376, final_2D_robust_multidimarr.py:554)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const754.376
|
del $const752.375
|
del $756build_slice.377
|
$758binary_subscr.379 = static_getitem(value=global_arr, index=slice(3120, 3136, None), index_var=$756build_slice.378) :: array(float64, 1d, C)
|
del $756build_slice.378
|
cxtabt = $758binary_subscr.379 :: array(float64, 1d, C)
|
del $758binary_subscr.379
|
555:
cytabt = global_arr[3136:3152]
$const764.381 = const(int, 3136) :: Literal[int](3136)
|
$const766.382 = const(int, 3152) :: Literal[int](3152)
|
$768build_slice.383 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$768build_slice.384 = call $768build_slice.383($const764.381, $const766.382, func=$768build_slice.383, args=(Var($const764.381, final_2D_robust_multidimarr.py:555), Var($const766.382, final_2D_robust_multidimarr.py:555)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const766.382
|
del $const764.381
|
del $768build_slice.383
|
$770binary_subscr.385 = static_getitem(value=global_arr, index=slice(3136, 3152, None), index_var=$768build_slice.384) :: array(float64, 1d, C)
|
del $768build_slice.384
|
cytabt = $770binary_subscr.385 :: array(float64, 1d, C)
|
del $770binary_subscr.385
|
556:
axtbctt = global_arr[3152:3160]
$const776.387 = const(int, 3152) :: Literal[int](3152)
|
$const778.388 = const(int, 3160) :: Literal[int](3160)
|
$780build_slice.389 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$780build_slice.390 = call $780build_slice.389($const776.387, $const778.388, func=$780build_slice.389, args=(Var($const776.387, final_2D_robust_multidimarr.py:556), Var($const778.388, final_2D_robust_multidimarr.py:556)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const778.388
|
del $const776.387
|
del $780build_slice.389
|
$782binary_subscr.391 = static_getitem(value=global_arr, index=slice(3152, 3160, None), index_var=$780build_slice.390) :: array(float64, 1d, C)
|
del $780build_slice.390
|
axtbctt = $782binary_subscr.391 :: array(float64, 1d, C)
|
del $782binary_subscr.391
|
557:
aytbctt = global_arr[3160:3168]
$const788.393 = const(int, 3160) :: Literal[int](3160)
|
$const790.394 = const(int, 3168) :: Literal[int](3168)
|
$792build_slice.395 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$792build_slice.396 = call $792build_slice.395($const788.393, $const790.394, func=$792build_slice.395, args=(Var($const788.393, final_2D_robust_multidimarr.py:557), Var($const790.394, final_2D_robust_multidimarr.py:557)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const790.394
|
del $const788.393
|
del $792build_slice.395
|
$794binary_subscr.397 = static_getitem(value=global_arr, index=slice(3160, 3168, None), index_var=$792build_slice.396) :: array(float64, 1d, C)
|
del $792build_slice.396
|
aytbctt = $794binary_subscr.397 :: array(float64, 1d, C)
|
del $794binary_subscr.397
|
558:
bxtcatt = global_arr[3168:3176]
$const800.399 = const(int, 3168) :: Literal[int](3168)
|
$const802.400 = const(int, 3176) :: Literal[int](3176)
|
$804build_slice.401 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$804build_slice.402 = call $804build_slice.401($const800.399, $const802.400, func=$804build_slice.401, args=(Var($const800.399, final_2D_robust_multidimarr.py:558), Var($const802.400, final_2D_robust_multidimarr.py:558)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const802.400
|
del $const800.399
|
del $804build_slice.401
|
$806binary_subscr.403 = static_getitem(value=global_arr, index=slice(3168, 3176, None), index_var=$804build_slice.402) :: array(float64, 1d, C)
|
del $804build_slice.402
|
bxtcatt = $806binary_subscr.403 :: array(float64, 1d, C)
|
del $806binary_subscr.403
|
559:
bytcatt = global_arr[3176:3184]
$const812.405 = const(int, 3176) :: Literal[int](3176)
|
$const814.406 = const(int, 3184) :: Literal[int](3184)
|
$816build_slice.407 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$816build_slice.408 = call $816build_slice.407($const812.405, $const814.406, func=$816build_slice.407, args=(Var($const812.405, final_2D_robust_multidimarr.py:559), Var($const814.406, final_2D_robust_multidimarr.py:559)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const814.406
|
del $const812.405
|
del $816build_slice.407
|
$818binary_subscr.409 = static_getitem(value=global_arr, index=slice(3176, 3184, None), index_var=$816build_slice.408) :: array(float64, 1d, C)
|
del $816build_slice.408
|
bytcatt = $818binary_subscr.409 :: array(float64, 1d, C)
|
del $818binary_subscr.409
|
560:
cxtabtt = global_arr[3184:3192]
$const824.411 = const(int, 3184) :: Literal[int](3184)
|
$const826.412 = const(int, 3192) :: Literal[int](3192)
|
$828build_slice.413 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$828build_slice.414 = call $828build_slice.413($const824.411, $const826.412, func=$828build_slice.413, args=(Var($const824.411, final_2D_robust_multidimarr.py:560), Var($const826.412, final_2D_robust_multidimarr.py:560)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const826.412
|
del $const824.411
|
del $828build_slice.413
|
$830binary_subscr.415 = static_getitem(value=global_arr, index=slice(3184, 3192, None), index_var=$828build_slice.414) :: array(float64, 1d, C)
|
del $828build_slice.414
|
cxtabtt = $830binary_subscr.415 :: array(float64, 1d, C)
|
del $830binary_subscr.415
|
561:
cytabtt = global_arr[3192:3200]
$const836.417 = const(int, 3192) :: Literal[int](3192)
|
$const838.418 = const(int, 3200) :: Literal[int](3200)
|
$840build_slice.419 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$840build_slice.420 = call $840build_slice.419($const836.417, $const838.418, func=$840build_slice.419, args=(Var($const836.417, final_2D_robust_multidimarr.py:561), Var($const838.418, final_2D_robust_multidimarr.py:561)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const838.418
|
del $const836.417
|
del $840build_slice.419
|
$842binary_subscr.421 = static_getitem(value=global_arr, index=slice(3192, 3200, None), index_var=$840build_slice.420) :: array(float64, 1d, C)
|
del $840build_slice.420
|
cytabtt = $842binary_subscr.421 :: array(float64, 1d, C)
|
del $842binary_subscr.421
|
562:
abt = global_arr[3200:3208]
$const848.423 = const(int, 3200) :: Literal[int](3200)
|
$const850.424 = const(int, 3208) :: Literal[int](3208)
|
$852build_slice.425 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$852build_slice.426 = call $852build_slice.425($const848.423, $const850.424, func=$852build_slice.425, args=(Var($const848.423, final_2D_robust_multidimarr.py:562), Var($const850.424, final_2D_robust_multidimarr.py:562)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const850.424
|
del $const848.423
|
del $852build_slice.425
|
$854binary_subscr.427 = static_getitem(value=global_arr, index=slice(3200, 3208, None), index_var=$852build_slice.426) :: array(float64, 1d, C)
|
del $852build_slice.426
|
abt = $854binary_subscr.427 :: array(float64, 1d, C)
|
del $854binary_subscr.427
|
563:
bct = global_arr[3208:3216]
$const860.429 = const(int, 3208) :: Literal[int](3208)
|
$const862.430 = const(int, 3216) :: Literal[int](3216)
|
$864build_slice.431 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$864build_slice.432 = call $864build_slice.431($const860.429, $const862.430, func=$864build_slice.431, args=(Var($const860.429, final_2D_robust_multidimarr.py:563), Var($const862.430, final_2D_robust_multidimarr.py:563)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const862.430
|
del $const860.429
|
del $864build_slice.431
|
$866binary_subscr.433 = static_getitem(value=global_arr, index=slice(3208, 3216, None), index_var=$864build_slice.432) :: array(float64, 1d, C)
|
del $864build_slice.432
|
bct = $866binary_subscr.433 :: array(float64, 1d, C)
|
del $866binary_subscr.433
|
564:
cat = global_arr[3216:3224]
$const872.435 = const(int, 3216) :: Literal[int](3216)
|
$const874.436 = const(int, 3224) :: Literal[int](3224)
|
$876build_slice.437 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$876build_slice.438 = call $876build_slice.437($const872.435, $const874.436, func=$876build_slice.437, args=(Var($const872.435, final_2D_robust_multidimarr.py:564), Var($const874.436, final_2D_robust_multidimarr.py:564)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const874.436
|
del $const872.435
|
del $876build_slice.437
|
$878binary_subscr.439 = static_getitem(value=global_arr, index=slice(3216, 3224, None), index_var=$876build_slice.438) :: array(float64, 1d, C)
|
del $876build_slice.438
|
cat = $878binary_subscr.439 :: array(float64, 1d, C)
|
del $878binary_subscr.439
|
565:
abtt = global_arr[3224:3228]
$const884.441 = const(int, 3224) :: Literal[int](3224)
|
$const886.442 = const(int, 3228) :: Literal[int](3228)
|
$888build_slice.443 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$888build_slice.444 = call $888build_slice.443($const884.441, $const886.442, func=$888build_slice.443, args=(Var($const884.441, final_2D_robust_multidimarr.py:565), Var($const886.442, final_2D_robust_multidimarr.py:565)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const886.442
|
del $const884.441
|
del $888build_slice.443
|
$890binary_subscr.445 = static_getitem(value=global_arr, index=slice(3224, 3228, None), index_var=$888build_slice.444) :: array(float64, 1d, C)
|
del $888build_slice.444
|
abtt = $890binary_subscr.445 :: array(float64, 1d, C)
|
del $890binary_subscr.445
|
566:
bctt = global_arr[3228:3232]
$const896.447 = const(int, 3228) :: Literal[int](3228)
|
$const898.448 = const(int, 3232) :: Literal[int](3232)
|
$900build_slice.449 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$900build_slice.450 = call $900build_slice.449($const896.447, $const898.448, func=$900build_slice.449, args=(Var($const896.447, final_2D_robust_multidimarr.py:566), Var($const898.448, final_2D_robust_multidimarr.py:566)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const898.448
|
del $const896.447
|
del $900build_slice.449
|
$902binary_subscr.451 = static_getitem(value=global_arr, index=slice(3228, 3232, None), index_var=$900build_slice.450) :: array(float64, 1d, C)
|
del $900build_slice.450
|
bctt = $902binary_subscr.451 :: array(float64, 1d, C)
|
del $902binary_subscr.451
|
567:
catt = global_arr[3232:3236]
$const908.453 = const(int, 3232) :: Literal[int](3232)
|
$const910.454 = const(int, 3236) :: Literal[int](3236)
|
$912build_slice.455 = global(slice: <class 'slice'>) :: Function(<class 'slice'>)
|
$912build_slice.456 = call $912build_slice.455($const908.453, $const910.454, func=$912build_slice.455, args=(Var($const908.453, final_2D_robust_multidimarr.py:567), Var($const910.454, final_2D_robust_multidimarr.py:567)), kws=(), vararg=None) :: (int64, int64) -> slice<a:b>
|
del $const910.454
|
del $const908.453
|
del $912build_slice.455
|
$914binary_subscr.457 = static_getitem(value=global_arr, index=slice(3232, 3236, None), index_var=$912build_slice.456) :: array(float64, 1d, C)
|
del global_arr
|
del $912build_slice.456
|
catt = $914binary_subscr.457 :: array(float64, 1d, C)
|
del $914binary_subscr.457
|
568:
569:
for point_id in range(3, gv):
jump 918
|
label 918
|
$922load_global.0 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$const924.1 = const(int, 3) :: Literal[int](3)
|
$928call_function.3 = call $922load_global.0($const924.1, gv, func=$922load_global.0, args=[Var($const924.1, final_2D_robust_multidimarr.py:569), Var(gv, final_2D_robust_multidimarr.py:493)], kws=(), vararg=None) :: (int64, int64) -> range_state_int64
|
del $const924.1
|
del $922load_global.0
|
$930get_iter.4 = getiter(value=$928call_function.3) :: range_iter_int64
|
del $928call_function.3
|
$phi932.0 = $930get_iter.4 :: range_iter_int64
|
del $930get_iter.4
|
jump 932
|
label 932
|
$932for_iter.1 = iternext(value=$phi932.0) :: pair<int64, bool>
|
$932for_iter.2 = pair_first(value=$932for_iter.1) :: int64
|
$932for_iter.3 = pair_second(value=$932for_iter.1) :: bool
|
del $932for_iter.1
|
$phi936.1 = $932for_iter.2 :: int64
|
del $932for_iter.2
|
branch $932for_iter.3, 936, 1260
|
label 936
|
del $932for_iter.3
|
point_id = $phi936.1 :: int64
|
del $phi936.1
|
570:
571:
enclosing_tri = _walk(
$938load_global.2 = global(_walk: CPUDispatcher(<function _walk at 0x7f51e5ef3830>)) :: type(CPUDispatcher(<function _walk at 0x7f51e5ef3830>))
|
572:
point_id, old_tri, vertices_ID, neighbour_ID, points, gv, splitter,
573:
B, C1, C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC,
574:
resulterrbound, static_filter_o2d, orient2d_count)
$976call_function.21 = call $938load_global.2(point_id, old_tri, vertices_ID, neighbour_ID, points, gv, splitter, B, C1, C2, D, u, ccwerrboundA, ccwerrboundB, ccwerrboundC, resulterrbound, static_filter_o2d, orient2d_count, func=$938load_global.2, args=[Var(point_id, final_2D_robust_multidimarr.py:569), Var(old_tri, final_2D_robust_multidimarr.py:493), Var(vertices_ID, final_2D_robust_multidimarr.py:493), Var(neighbour_ID, final_2D_robust_multidimarr.py:493), Var(points, final_2D_robust_multidimarr.py:493), Var(gv, final_2D_robust_multidimarr.py:493), Var(splitter, final_2D_robust_multidimarr.py:493), Var(B, final_2D_robust_multidimarr.py:494), Var(C1, final_2D_robust_multidimarr.py:495), Var(C2, final_2D_robust_multidimarr.py:496), Var(D, final_2D_robust_multidimarr.py:497), Var(u, final_2D_robust_multidimarr.py:498), Var(ccwerrboundA, final_2D_robust_multidimarr.py:493), Var(ccwerrboundB, final_2D_robust_multidimarr.py:493), Var(ccwerrboundC, final_2D_robust_multidimarr.py:493), Var(resulterrbound, final_2D_robust_multidimarr.py:493), Var(static_filter_o2d, final_2D_robust_multidimarr.py:493), Var(orient2d_count, final_2D_robust_multidimarr.py:493)], kws=(), vararg=None) :: (int64, int64, array(int64, 2d, C), array(int64, 2d, C), array(float64, 2d, C), int64, float64, array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, array(int64, 1d, C)) -> int64
|
del $938load_global.2
|
enclosing_tri = $976call_function.21 :: int64
|
del $976call_function.21
|
575:
576:
ic_bad_tri, ic_bad_tri_end, ic_boundary_tri, ic_boundary_tri_end, \
577:
ic_boundary_vtx = _identify_cavity(
$980load_global.22 = global(_identify_cavity: CPUDispatcher(<function _identify_cavity at 0x7f51d4c98dd0>)) :: type(CPUDispatcher(<function _identify_cavity at 0x7f51d4c98dd0>))
|
578:
points, point_id, enclosing_tri, neighbour_ID, vertices_ID,
579:
ic_bad_tri, ic_boundary_tri, ic_boundary_vtx, gv,
580:
bad_tri_indicator_arr, B, C1, C2, D, u, v, bc, ca, ab, axbc, axxbc,
581:
aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet, cxab, cxxab,
582:
cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, temp8, temp16a,
583:
temp16b, temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc,
584:
aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb, cytaa,
585:
cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct, aytbct,
586:
bxtcat, bytcat, cxtabt, cytabt, axtbctt, aytbctt, bxtcatt, bytcatt,
587:
cxtabtt, cytabtt, abt, bct, cat, abtt, bctt, catt, splitter,
588:
iccerrboundA, iccerrboundB, iccerrboundC, resulterrbound,
589:
ccwerrboundA, ccwerrboundB, ccwerrboundC, static_filter_o2d,
590:
static_filter_i2d, orient2d_count, incircle_count)
$1174call_function.119 = call $980load_global.22(points, point_id, enclosing_tri, neighbour_ID, vertices_ID, ic_bad_tri, ic_boundary_tri, ic_boundary_vtx, gv, bad_tri_indicator_arr, B, C1, C2, D, u, v, bc, ca, ab, axbc, axxbc, aybc, ayybc, adet, bxca, bxxca, byca, byyca, bdet, cxab, cxxab, cyab, cyyab, cdet, abdet, fin1, fin2, aa, bb, cc, temp8, temp16a, temp16b, temp16c, temp32a, temp32b, temp48, temp64, axtbb, axtcc, aytbb, aytcc, bxtaa, bxtcc, bytaa, bytcc, cxtaa, cxtbb, cytaa, cytbb, axtbc, aytbc, bxtca, bytca, cxtab, cytab, axtbct, aytbct, bxtcat, bytcat, cxtabt, cytabt, axtbctt, aytbctt, bxtcatt, bytcatt, cxtabtt, cytabtt, abt, bct, cat, abtt, bctt, catt, splitter, iccerrboundA, iccerrboundB, iccerrboundC, resulterrbound, ccwerrboundA, ccwerrboundB, ccwerrboundC, static_filter_o2d, static_filter_i2d, orient2d_count, incircle_count, func=$980load_global.22, args=[Var(points, final_2D_robust_multidimarr.py:493), Var(point_id, final_2D_robust_multidimarr.py:569), Var(enclosing_tri, final_2D_robust_multidimarr.py:574), Var(neighbour_ID, final_2D_robust_multidimarr.py:493), Var(vertices_ID, final_2D_robust_multidimarr.py:493), Var(ic_bad_tri, final_2D_robust_multidimarr.py:493), Var(ic_boundary_tri, final_2D_robust_multidimarr.py:493), Var(ic_boundary_vtx, final_2D_robust_multidimarr.py:493), Var(gv, final_2D_robust_multidimarr.py:493), Var(bad_tri_indicator_arr, final_2D_robust_multidimarr.py:493), Var(B, final_2D_robust_multidimarr.py:494), Var(C1, final_2D_robust_multidimarr.py:495), Var(C2, final_2D_robust_multidimarr.py:496), Var(D, final_2D_robust_multidimarr.py:497), Var(u, final_2D_robust_multidimarr.py:498), Var(v, final_2D_robust_multidimarr.py:499), Var(bc, final_2D_robust_multidimarr.py:500), Var(ca, final_2D_robust_multidimarr.py:501), Var(ab, final_2D_robust_multidimarr.py:502), Var(axbc, final_2D_robust_multidimarr.py:503), Var(axxbc, final_2D_robust_multidimarr.py:504), Var(aybc, final_2D_robust_multidimarr.py:505), Var(ayybc, final_2D_robust_multidimarr.py:506), Var(adet, final_2D_robust_multidimarr.py:507), Var(bxca, final_2D_robust_multidimarr.py:508), Var(bxxca, final_2D_robust_multidimarr.py:509), Var(byca, final_2D_robust_multidimarr.py:510), Var(byyca, final_2D_robust_multidimarr.py:511), Var(bdet, final_2D_robust_multidimarr.py:512), Var(cxab, final_2D_robust_multidimarr.py:513), Var(cxxab, final_2D_robust_multidimarr.py:514), Var(cyab, final_2D_robust_multidimarr.py:515), Var(cyyab, final_2D_robust_multidimarr.py:516), Var(cdet, final_2D_robust_multidimarr.py:517), Var(abdet, final_2D_robust_multidimarr.py:518), Var(fin1, final_2D_robust_multidimarr.py:519), Var(fin2, final_2D_robust_multidimarr.py:520), Var(aa, final_2D_robust_multidimarr.py:521), Var(bb, final_2D_robust_multidimarr.py:522), Var(cc, final_2D_robust_multidimarr.py:523), Var(temp8, final_2D_robust_multidimarr.py:524), Var(temp16a, final_2D_robust_multidimarr.py:525), Var(temp16b, final_2D_robust_multidimarr.py:526), Var(temp16c, final_2D_robust_multidimarr.py:527), Var(temp32a, final_2D_robust_multidimarr.py:528), Var(temp32b, final_2D_robust_multidimarr.py:529), Var(temp48, final_2D_robust_multidimarr.py:530), Var(temp64, final_2D_robust_multidimarr.py:531), Var(axtbb, final_2D_robust_multidimarr.py:532), Var(axtcc, final_2D_robust_multidimarr.py:533), Var(aytbb, final_2D_robust_multidimarr.py:534), Var(aytcc, final_2D_robust_multidimarr.py:535), Var(bxtaa, final_2D_robust_multidimarr.py:536), Var(bxtcc, final_2D_robust_multidimarr.py:537), Var(bytaa, final_2D_robust_multidimarr.py:538), Var(bytcc, final_2D_robust_multidimarr.py:539), Var(cxtaa, final_2D_robust_multidimarr.py:540), Var(cxtbb, final_2D_robust_multidimarr.py:541), Var(cytaa, final_2D_robust_multidimarr.py:542), Var(cytbb, final_2D_robust_multidimarr.py:543), Var(axtbc, final_2D_robust_multidimarr.py:544), Var(aytbc, final_2D_robust_multidimarr.py:545), Var(bxtca, final_2D_robust_multidimarr.py:546), Var(bytca, final_2D_robust_multidimarr.py:547), Var(cxtab, final_2D_robust_multidimarr.py:548), Var(cytab, final_2D_robust_multidimarr.py:549), Var(axtbct, final_2D_robust_multidimarr.py:550), Var(aytbct, final_2D_robust_multidimarr.py:551), Var(bxtcat, final_2D_robust_multidimarr.py:552), Var(bytcat, final_2D_robust_multidimarr.py:553), Var(cxtabt, final_2D_robust_multidimarr.py:554), Var(cytabt, final_2D_robust_multidimarr.py:555), Var(axtbctt, final_2D_robust_multidimarr.py:556), Var(aytbctt, final_2D_robust_multidimarr.py:557), Var(bxtcatt, final_2D_robust_multidimarr.py:558), Var(bytcatt, final_2D_robust_multidimarr.py:559), Var(cxtabtt, final_2D_robust_multidimarr.py:560), Var(cytabtt, final_2D_robust_multidimarr.py:561), Var(abt, final_2D_robust_multidimarr.py:562), Var(bct, final_2D_robust_multidimarr.py:563), Var(cat, final_2D_robust_multidimarr.py:564), Var(abtt, final_2D_robust_multidimarr.py:565), Var(bctt, final_2D_robust_multidimarr.py:566), Var(catt, final_2D_robust_multidimarr.py:567), Var(splitter, final_2D_robust_multidimarr.py:493), Var(iccerrboundA, final_2D_robust_multidimarr.py:493), Var(iccerrboundB, final_2D_robust_multidimarr.py:493), Var(iccerrboundC, final_2D_robust_multidimarr.py:493), Var(resulterrbound, final_2D_robust_multidimarr.py:493), Var(ccwerrboundA, final_2D_robust_multidimarr.py:493), Var(ccwerrboundB, final_2D_robust_multidimarr.py:493), Var(ccwerrboundC, final_2D_robust_multidimarr.py:493), Var(static_filter_o2d, final_2D_robust_multidimarr.py:493), Var(static_filter_i2d, final_2D_robust_multidimarr.py:493), Var(orient2d_count, final_2D_robust_multidimarr.py:493), Var(incircle_count, final_2D_robust_multidimarr.py:493)], kws=(), vararg=None) :: (array(float64, 2d, C), int64, int64, array(int64, 2d, C), array(int64, 2d, C), array(int64, 1d, C), array(int64, 1d, C), array(int64, 2d, C), int64, array(bool, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), array(float64, 1d, C), float64, float64, float64, float64, float64, float64, float64, float64, float64, float64, array(int64, 1d, C), array(int64, 1d, C)) -> Tuple(array(int64, 1d, C), int64, array(int64, 1d, C), int64, array(int64, 2d, C))
|
del enclosing_tri
|
del $980load_global.22
|
$1176unpack_sequence.125 = exhaust_iter(value=$1174call_function.119, count=5) :: Tuple(array(int64, 1d, C), int64, array(int64, 1d, C), int64, array(int64, 2d, C))
|
del $1174call_function.119
|
$1176unpack_sequence.120 = static_getitem(value=$1176unpack_sequence.125, index=0, index_var=None) :: array(int64, 1d, C)
|
$1176unpack_sequence.121 = static_getitem(value=$1176unpack_sequence.125, index=1, index_var=None) :: int64
|
$1176unpack_sequence.122 = static_getitem(value=$1176unpack_sequence.125, index=2, index_var=None) :: array(int64, 1d, C)
|
$1176unpack_sequence.123 = static_getitem(value=$1176unpack_sequence.125, index=3, index_var=None) :: int64
|
$1176unpack_sequence.124 = static_getitem(value=$1176unpack_sequence.125, index=4, index_var=None) :: array(int64, 2d, C)
|
del $1176unpack_sequence.125
|
ic_bad_tri = $1176unpack_sequence.120 :: array(int64, 1d, C)
|
del $1176unpack_sequence.120
|
ic_bad_tri_end = $1176unpack_sequence.121 :: int64
|
del $1176unpack_sequence.121
|
ic_boundary_tri = $1176unpack_sequence.122 :: array(int64, 1d, C)
|
del $1176unpack_sequence.122
|
ic_boundary_tri_end = $1176unpack_sequence.123 :: int64
|
del $1176unpack_sequence.123
|
ic_boundary_vtx = $1176unpack_sequence.124 :: array(int64, 2d, C)
|
del $1176unpack_sequence.124
|
591:
592:
num_tri, old_tri = _make_Delaunay_ball(
$1188load_global.126 = global(_make_Delaunay_ball: CPUDispatcher(<function _make_Delaunay_ball at 0x7f51d4483f80>)) :: type(CPUDispatcher(<function _make_Delaunay_ball at 0x7f51d4483f80>))
|
593:
point_id, ic_bad_tri, ic_bad_tri_end, ic_boundary_tri,
594:
ic_boundary_tri_end, ic_boundary_vtx, points, neighbour_ID,
595:
vertices_ID, num_tri, gv)
$1212call_function.138 = call $1188load_global.126(point_id, ic_bad_tri, ic_bad_tri_end, ic_boundary_tri, ic_boundary_tri_end, ic_boundary_vtx, points, neighbour_ID, vertices_ID, num_tri, gv, func=$1188load_global.126, args=[Var(point_id, final_2D_robust_multidimarr.py:569), Var(ic_bad_tri, final_2D_robust_multidimarr.py:493), Var(ic_bad_tri_end, final_2D_robust_multidimarr.py:590), Var(ic_boundary_tri, final_2D_robust_multidimarr.py:493), Var(ic_boundary_tri_end, final_2D_robust_multidimarr.py:590), Var(ic_boundary_vtx, final_2D_robust_multidimarr.py:493), Var(points, final_2D_robust_multidimarr.py:493), Var(neighbour_ID, final_2D_robust_multidimarr.py:493), Var(vertices_ID, final_2D_robust_multidimarr.py:493), Var(num_tri, final_2D_robust_multidimarr.py:493), Var(gv, final_2D_robust_multidimarr.py:493)], kws=(), vararg=None) :: (int64, array(int64, 1d, C), int64, array(int64, 1d, C), int64, array(int64, 2d, C), array(float64, 2d, C), array(int64, 2d, C), array(int64, 2d, C), int64, int64) -> UniTuple(int64 x 2)
|
del point_id
|
del ic_boundary_tri_end
|
del $1188load_global.126
|
$1214unpack_sequence.141 = exhaust_iter(value=$1212call_function.138, count=2) :: UniTuple(int64 x 2)
|
del $1212call_function.138
|
$1214unpack_sequence.139 = static_getitem(value=$1214unpack_sequence.141, index=0, index_var=None) :: int64
|
$1214unpack_sequence.140 = static_getitem(value=$1214unpack_sequence.141, index=1, index_var=None) :: int64
|
del $1214unpack_sequence.141
|
num_tri = $1214unpack_sequence.139 :: int64
|
del $1214unpack_sequence.139
|
old_tri = $1214unpack_sequence.140 :: int64
|
del $1214unpack_sequence.140
|
596:
597:
for i in range(ic_bad_tri_end):
jump 1220
|
label 1220
|
$1222load_global.1 = global(range: <class 'range'>) :: Function(<class 'range'>)
|
$1226call_function.3 = call $1222load_global.1(ic_bad_tri_end, func=$1222load_global.1, args=[Var(ic_bad_tri_end, final_2D_robust_multidimarr.py:590)], kws=(), vararg=None) :: (int64,) -> range_state_int64
|
del ic_bad_tri_end
|
del $1222load_global.1
|
$1228get_iter.4 = getiter(value=$1226call_function.3) :: range_iter_int64
|
del $1226call_function.3
|
$phi1230.1 = $1228get_iter.4 :: range_iter_int64
|
del $1228get_iter.4
|
jump 1230
|
label 1230
|
$1230for_iter.2 = iternext(value=$phi1230.1) :: pair<int64, bool>
|
$1230for_iter.3 = pair_first(value=$1230for_iter.2) :: int64
|
$1230for_iter.4 = pair_second(value=$1230for_iter.2) :: bool
|
del $1230for_iter.2
|
$phi1232.2 = $1230for_iter.3 :: int64
|
del $1230for_iter.3
|
branch $1230for_iter.4, 1232, 1254
|
label 1232
|
del $1230for_iter.4
|
i = $phi1232.2 :: int64
|
del $phi1232.2
|
598:
t = ic_bad_tri[i]
$1238binary_subscr.5 = getitem(value=ic_bad_tri, index=i) :: int64
|
del i
|
t = $1238binary_subscr.5 :: int64
|
del $1238binary_subscr.5
|
599:
bad_tri_indicator_arr[t] = False
$const1242.6 = const(bool, False) :: bool
|
bad_tri_indicator_arr[t] = $const1242.6 :: (array(bool, 1d, C), int64, bool) -> none
|
del t
|
del $const1242.6
|
jump 1230
|
label 1254
|
del $phi1232.2
|
del $phi1230.1
|
del $1230for_iter.4
|
jump 1256
|
label 1256
|
jump 932
|
label 1260
|
600:
601:
return num_tri
del vertices_ID
|
del v
|
del u
|
del temp8
|
del temp64
|
del temp48
|
del temp32b
|
del temp32a
|
del temp16c
|
del temp16b
|
del temp16a
|
del static_filter_o2d
|
del static_filter_i2d
|
del splitter
|
del resulterrbound
|
del points
|
del orient2d_count
|
del old_tri
|
del neighbour_ID
|
del incircle_count
|
del iccerrboundC
|
del iccerrboundB
|
del iccerrboundA
|
del ic_boundary_vtx
|
del ic_boundary_tri
|
del ic_bad_tri
|
del gv
|
del fin2
|
del fin1
|
del cyyab
|
del cytbb
|
del cytabtt
|
del cytabt
|
del cytab
|
del cytaa
|
del cyab
|
del cxxab
|
del cxtbb
|
del cxtabtt
|
del cxtabt
|
del cxtab
|
del cxtaa
|
del cxab
|
del cdet
|
del ccwerrboundC
|
del ccwerrboundB
|
del ccwerrboundA
|
del cc
|
del catt
|
del cat
|
del ca
|
del byyca
|
del bytcc
|
del bytcatt
|
del bytcat
|
del bytca
|
del bytaa
|
del byca
|
del bxxca
|
del bxtcc
|
del bxtcatt
|
del bxtcat
|
del bxtca
|
del bxtaa
|
del bxca
|
del bdet
|
del bctt
|
del bct
|
del bc
|
del bb
|
del bad_tri_indicator_arr
|
del ayybc
|
del aytcc
|
del aytbctt
|
del aytbct
|
del aytbc
|
del aytbb
|
del aybc
|
del axxbc
|
del axtcc
|
del axtbctt
|
del axtbct
|
del axtbc
|
del axtbb
|
del axbc
|
del adet
|
del abtt
|
del abt
|
del abdet
|
del ab
|
del aa
|
del D
|
del C2
|
del C1
|
del B
|
del $phi936.1
|
del $phi932.0
|
del $932for_iter.3
|
jump 1262
|
label 1262
|
$1264return_value.1 = cast(value=num_tri) :: int64
|
del num_tri
|
return $1264return_value.1
|